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Based on the graph, what is the impact of correcting for fspec not equal to 1 on the surface density trend? | images/1810.10511_2.jpg | ['A. Correction causes a significant increase in surface density across all radii.', 'B. Correction results in a decrease in surface density for larger radii.', 'C. Correction causes the surface density to converge with the fspec = 1 case at larger radii.', 'D. Correction does not affect the surface density trend at all.', '-'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | — on Pe =) 1.5 1.0 = Ispex = 1 === fepec £ 1, w/o corr. —_ lupex a 1, with corr. —1.50 —1.25 —-1.00 —0.75 —0.50
Surface Density log
©
[h? Mpc *]
Radius log R, [h~+ Mpc] | e7e6da92-f6e6-477e-b499-5420a2816d5b | text | Not supported with pagination yet |
||
Based on the graph, what is the impact of correcting for fspec not equal to 1 on the surface density trend? | images/1810.10511_2.jpg | ['A. Correction causes a significant increase in surface density across all radii.', 'B. Correction results in a decrease in surface density for larger radii.', 'C. Correction causes the surface density to converge with the fspec = 1 case at larger radii.', 'D. Correction does not affect the surface density trend at all.', '-'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a Semen =1 =o — - 1, w/o COrY. —— Tapes - 1, with corr. 0° —1.50 1.25 -1.00 —0.75 —0.5 | 8f5ca319-9316-4ac8-bddf-b268cabe9377 | figure | |||
Based on the progression from JUL10 to FEB11Q, what trend can be observed in the thread participation? | images/1107.3275_2.jpg | ['A) A consistent decrease in the percentage of users with unknown interests.', 'B) An increase in the percentage of users with political interests.', 'C) A fluctuation in user interests with no clear trend.', 'D) The number of threads increased over time.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | JUL10
Percentage of users in category 0 5 10 15 20 25 Thread ID PO PiS UNK
FEB 11
5 10 15 20 25
|
Thread ID
FEB11Q
Thread ID | cb789f0d-faba-44b8-a20e-36758341875e | text | Not supported with pagination yet |
||
Based on the progression from JUL10 to FEB11Q, what trend can be observed in the thread participation? | images/1107.3275_2.jpg | ['A) A consistent decrease in the percentage of users with unknown interests.', 'B) An increase in the percentage of users with political interests.', 'C) A fluctuation in user interests with no clear trend.', 'D) The number of threads increased over time.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Percentage of users in category PiS UNK 10 15 20 25 Thread ID | 037d5045-9ff9-4d0b-b44c-c0309ae1a7e9 | figure | |||
Based on the progression from JUL10 to FEB11Q, what trend can be observed in the thread participation? | images/1107.3275_2.jpg | ['A) A consistent decrease in the percentage of users with unknown interests.', 'B) An increase in the percentage of users with political interests.', 'C) A fluctuation in user interests with no clear trend.', 'D) The number of threads increased over time.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 6000c832-e7a9-452c-ba3c-fe6b85dd0557 | figure | ||||
Based on the progression from JUL10 to FEB11Q, what trend can be observed in the thread participation? | images/1107.3275_2.jpg | ['A) A consistent decrease in the percentage of users with unknown interests.', 'B) An increase in the percentage of users with political interests.', 'C) A fluctuation in user interests with no clear trend.', 'D) The number of threads increased over time.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | b0f68d93-9289-44b0-95a4-525034ca706b | figure | ||||
What physical phenomenon could the pattern of lines on the right side of the figure represent? | images/quant-ph9912091_0.jpg | ['A. Diffraction patterns of light', 'B. Magnetic field lines around a conductor', 'C. Airflow patterns in a fluid dynamics experiment', 'D. Trajectories of particles in a magnetic field'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 663afa31-8024-4772-9867-e5751bd89dc2 | figure | ||||
What physical phenomenon could the pattern of lines on the right side of the figure represent? | images/quant-ph9912091_0.jpg | ['A. Diffraction patterns of light', 'B. Magnetic field lines around a conductor', 'C. Airflow patterns in a fluid dynamics experiment', 'D. Trajectories of particles in a magnetic field'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a7b38d91-d234-4fd6-ad41-7dbeb960c2b4 | figure | ||||
What is the approximate uv-distance where the measured real component starts to significantly deviate from the models shown? | images/1808.10438_2.jpg | ['A) 0 - 500 kλ', 'B) 500 - 1000 kλ', 'C) 1000 - 1500 kλ', 'D) 1500 - 2000 kλ', '-'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 3.355
angular scale (arcsec) 0.503 0.252 0.168 0.126 0.101 0.084 0.072
real component (mJy)
|
= © N oO co) SVS13B q=1.0 - Gaussian - point source
residual (mJy)
jo) jo) - ul I 2 ul "ten ot atig ahyt HEHE 0 500 1000 1500 2000 2500 3000 3500 uv-distance (kA)
#& 0.063
4000 | 692cd932-0f65-4cab-8184-f0137b9a76fc | text | Not supported with pagination yet |
||
What is the approximate uv-distance where the measured real component starts to significantly deviate from the models shown? | images/1808.10438_2.jpg | ['A) 0 - 500 kλ', 'B) 500 - 1000 kλ', 'C) 1000 - 1500 kλ', 'D) 1500 - 2000 kλ', '-'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | “i 25 - Gaussian |.00 ).75 - point source eeeesrnnnae a er -- one = oat : ).50 -- ).25 ).00 ).25 | 1e3307d2-6124-4575-ad1a-4bea9fc8cf6e | figure | |||
What is the approximate uv-distance where the measured real component starts to significantly deviate from the models shown? | images/1808.10438_2.jpg | ['A) 0 - 500 kλ', 'B) 500 - 1000 kλ', 'C) 1000 - 1500 kλ', 'D) 1500 - 2000 kλ', '-'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 0 500 1000 1500 2000 2500 3000 3500 AC uv-distance (kA) | 557e82da-e42d-4ca9-9402-ecef1d28f8e4 | figure | |||
In which subfigures does the average arrival flux (<v>) appear to have a direct relationship with betweenness? | images/cond-mat0603861_2.jpg | ['A) Subfigures (a) and (b)', 'B) Subfigures (c) and (d)', 'C) Subfigures (e) and (f)', 'D) Subfigures (a) and (c)', '-'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | ! mn ! 100 100 10 0.1 10
average arrival flux <w>
2 3 betweenness
betweenness
average queue length <q> | 43ff837b-7c91-4fdf-a238-88e3b26bc9fc | text | Not supported with pagination yet |
||
In which subfigures does the average arrival flux (<v>) appear to have a direct relationship with betweenness? | images/cond-mat0603861_2.jpg | ['A) Subfigures (a) and (b)', 'B) Subfigures (c) and (d)', 'C) Subfigures (e) and (f)', 'D) Subfigures (a) and (c)', '-'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 3aba50ac-0651-4b6f-ada8-c5ddaa9a1b6c | figure | ||||
Based on the figure, how does changing the parameter V from 0.1 to 0.2 affect the system's transition to disorder for N=200? | images/1406.7679_1.jpg | ['A) Increasing V decreases the simulation time required to reach the disordered state.', 'B) Changing V has no effect on the simulation time or disorder transition.', 'C) Increasing V increases the simulation time required to reach the disordered state.', 'D) The change in V affects the initial state but not the final disordered state.', '-'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 9}e}s Jeuly O=} JE VIEYS [EIU] ---- ee ee ep ee ee ee ee ee ep ee ee eee ee ee ne 2 J / / J aN an 2 if g*f so¢ \ 14 COD yee yh pry he hh gid, ee ee ae et Pay h yg gee y a r vat t eves fs be bya byt ead ry LN or oe of * # sé a ae ns FF Jye if ott ar a ar ar i re 7 Ay oN OT A rr rr a a ae ee ee gd a ba ty ie Ne GA IVR SOS: a or ee Mtn ye LT ae ' yiqgt J J i i ey ‘ \ — i rad y,?¢ +s + - me rr a a a ey ROS 17, yay d cid peyeey ey . fe yt Le! yyy J Qe J ia 1 yy a" -4 Ye ee ee ee ee *e = #SGRSee eS Da fis eegem sno we we } ‘owl UONeINWIS , ol 5 OF , Ob ae a oa | oo S on ram ue / < va | / SOR | m / i ~0deu71¥0 < i c OCA | 3 jg 80 8 ; ~008=N | oo = / :sebueyo c _/ Jeyowered a6uls 2 74
L
9
OF
¢
OL
“, Be wes aS | 275258cb-dd61-4fd9-83d3-5001c021e362 | text | Not supported with pagination yet |
||
Based on the figure, how does changing the parameter V from 0.1 to 0.2 affect the system's transition to disorder for N=200? | images/1406.7679_1.jpg | ['A) Increasing V decreases the simulation time required to reach the disordered state.', 'B) Changing V has no effect on the simulation time or disorder transition.', 'C) Increasing V increases the simulation time required to reach the disordered state.', 'D) The change in V affects the initial state but not the final disordered state.', '-'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | (a) | e5903f25-4d3a-42e2-a664-60d3e8034c88 | figure | |||
What is the main variable being analyzed on the x-axis of these graphs? | images/1608.00909_0.jpg | ['A. Frequency of the occurrence', 'B. The arclength normalized by wavelength (λ)', 'C. The intensity of the light source', 'D. The time elapsed during the experiment'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | l0g19(logi9(A(—1))) | oS i) logi9(logi9(A(—1))) logi9(logyg(A(—1))) 0.6 0.4 0.2 o o) logy9(unknot fr
500 1000 1500 arclength / »
2000
| SCoferePrree ONBRADOON SA | S N oe © ef Ff RD © O | | So 9 9 BRB NO OO N | a) Oo (a) | | Poo ol > ~ O © 4 e a fe) < x c 5 = ° camel Da BS. logi9(unknot frac) | ooo Oo OS oOo FN OO 200 400 arclength / 200 N ® a 400 600 2 arclength / X -° re F f Seeeesessecs
1.0
1.5
2.0 2.5 log,)(arclength/A)
3.0 | 89c59e33-d8ea-4f2c-8aec-b4613516eb8e | text | Not supported with pagination yet |
||
What is the main variable being analyzed on the x-axis of these graphs? | images/1608.00909_0.jpg | ['A. Frequency of the occurrence', 'B. The arclength normalized by wavelength (λ)', 'C. The intensity of the light source', 'D. The time elapsed during the experiment'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 2 ° | | PR ol oO logy9 (unknot frac) 200 400 arclength / > 0.0 © 0.2 O° £04 — = 5 -0.6 80.8 200 400 arclength / » | 8a423563-d61c-497b-a468-fef151d64863 | figure | |||
Based on the graph, how does the von Neumann entropy of the Hawking radiation (\( S^{HR}_{vN} \)) behave as the parameter \( \Omega_0 \) increases after \( \Omega_{Page} \)? | images/2211.13736_0.jpg | ['A. It continues to increase.', 'B. It decreases.', 'C. It remains constant.', 'D. It becomes undefined.'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Sa Qpage
ALR (Oe | f1a09549-48eb-41a8-8711-54fd9fa00061 | text | Not supported with pagination yet |
||
Based on the graph, how does the von Neumann entropy of the Hawking radiation (\( S^{HR}_{vN} \)) behave as the parameter \( \Omega_0 \) increases after \( \Omega_{Page} \)? | images/2211.13736_0.jpg | ['A. It continues to increase.', 'B. It decreases.', 'C. It remains constant.', 'D. It becomes undefined.'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | OQpace al | Sn (Qy) | cee760a5-8dc4-49e9-b9df-781628230281 | figure | |||
What does the figure primarily illustrate? | images/physics0603179_1.jpg | ['The lifecycle of a star', 'A chemical reaction process', 'A biological cell division', 'The structure of an atom', '-'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Faces
Se | 2
{
2
:
°
t | 62b0a8e1-3184-473c-8e18-ba39d73e5b08 | text | Not supported with pagination yet |
||
What does the figure primarily illustrate? | images/physics0603179_1.jpg | ['The lifecycle of a star', 'A chemical reaction process', 'A biological cell division', 'The structure of an atom', '-'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 9f514006-0ec3-474c-b610-f36662811f49 | figure | ||||
What role does asymmetrical feedback play in the context of Figure C? | images/1906.07161_2.jpg | ['A. It stabilizes the ecological property evolution.', 'B. It drives the evolutionary dynamics without affecting ecological properties.', 'C. It forms a feedback loop between evolutionary dynamics and ecological property evolution.', 'D. It represents the selection gradient that is constant over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | >
Population Density (Cells/yL) 2 —— BAZ, 100 ~—O0.25-COSSCSCST SUC2 Frequency, x
10 > . 3B Survival (x1,91) Oo — ° Q 3104 52 ‘3 & Separatrix a 103 {e) jal 2 We oa «Oe | ODL7s SUC2 Frequency, x
Xx=F(x,rc¢)=x(1-x)(Pe-Pq)
feedback gradient driving feedback Asymmetrical sn Nonlinear selection
re=G(%ro)=e(rc-a)(B-re fl 1c) | 30b27d11-8e13-42d2-b32c-4f49e871394a | text | Not supported with pagination yet |
||
What role does asymmetrical feedback play in the context of Figure C? | images/1906.07161_2.jpg | ['A. It stabilizes the ecological property evolution.', 'B. It drives the evolutionary dynamics without affecting ecological properties.', 'C. It forms a feedback loop between evolutionary dynamics and ecological property evolution.', 'D. It represents the selection gradient that is constant over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 0.75 0.5 QIICO Franiianry y ® & & @ (771/S|190) Ailsuoq uonejndog | ad185655-83f1-42f5-9291-a1a8da42a389 | figure | |||
What role does asymmetrical feedback play in the context of Figure C? | images/1906.07161_2.jpg | ['A. It stabilizes the ecological property evolution.', 'B. It drives the evolutionary dynamics without affecting ecological properties.', 'C. It forms a feedback loop between evolutionary dynamics and ecological property evolution.', 'D. It represents the selection gradient that is constant over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Population Density (Cells/yL) 10° Survival (x11) 104 Separatrix 103 (X9,Vo) ° Extinction 0 0.25 0.5 0.75 1 SUC? Frequency x | 7949e246-1edc-4f2f-8817-ee915e5e4a0a | figure | |||
What role does asymmetrical feedback play in the context of Figure C? | images/1906.07161_2.jpg | ['A. It stabilizes the ecological property evolution.', 'B. It drives the evolutionary dynamics without affecting ecological properties.', 'C. It forms a feedback loop between evolutionary dynamics and ecological property evolution.', 'D. It represents the selection gradient that is constant over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | ft > 4 ( Evolutionary dynamics ) Asymmetrical — Nonlinear selectio feedback gradient driving a feedback y- ™~ 4 » _ Ecological property evolution | NN y | 4c046e6a-b787-476c-a315-5f4892d8efe3 | figure | |||
Based on the figure, which statement is true about the relationship between \( (K')^T \) and \( V \)? | images/2304.00171_1.jpg | ["A. \\( (K')^T \\) is a transposed matrix derived from the outer product of vectors involving \\( V \\).", "B. \\( V \\) is obtained from the transposition of \\( (K')^T \\).", "C. \\( (K')^T \\) and \\( V \\) are unrelated matrices in the operation.", "D. \\( V \\) is the result of a prefix-sum operation on \\( (K')^T \\)."] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | element of the prefix-sum | c2da85da-cbee-4ad3-af68-9d53e595d9cf | text | Not supported with pagination yet |
||
Based on the figure, which statement is true about the relationship between \( (K')^T \) and \( V \)? | images/2304.00171_1.jpg | ["A. \\( (K')^T \\) is a transposed matrix derived from the outer product of vectors involving \\( V \\).", "B. \\( V \\) is obtained from the transposition of \\( (K')^T \\).", "C. \\( (K')^T \\) and \\( V \\) are unrelated matrices in the operation.", "D. \\( V \\) is the result of a prefix-sum operation on \\( (K')^T \\)."] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | element of the prefix-sum outer product | f5c426e9-9641-48ce-925d-83506ead04dd | figure | |||
Based on the figure, which statement is true about the relationship between \( (K')^T \) and \( V \)? | images/2304.00171_1.jpg | ["A. \\( (K')^T \\) is a transposed matrix derived from the outer product of vectors involving \\( V \\).", "B. \\( V \\) is obtained from the transposition of \\( (K')^T \\).", "C. \\( (K')^T \\) and \\( V \\) are unrelated matrices in the operation.", "D. \\( V \\) is the result of a prefix-sum operation on \\( (K')^T \\)."] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | e3321557-f8ee-436f-ae48-f5768a62b231 | figure | ||||
Based on the figure, which statement is true about the relationship between \( (K')^T \) and \( V \)? | images/2304.00171_1.jpg | ["A. \\( (K')^T \\) is a transposed matrix derived from the outer product of vectors involving \\( V \\).", "B. \\( V \\) is obtained from the transposition of \\( (K')^T \\).", "C. \\( (K')^T \\) and \\( V \\) are unrelated matrices in the operation.", "D. \\( V \\) is the result of a prefix-sum operation on \\( (K')^T \\)."] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | c1440759-2a75-49e6-af5c-bfdb4a7c5d62 | figure | ||||
What can be inferred about the relationship between \( \delta(T) \) and r from the rightmost graph? | images/0809.2499_0.jpg | ['\\( \\delta(T) \\) remains constant with varying r.', '\\( \\delta(T) \\) increases with an increase in r.', '\\( \\delta(T) \\) decreases as r increases.', '\\( \\delta(T) \\) shows non-monotonic behavior with r.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | dit ()d-(1)“]=(1)@
0 01 02 03 04 (01) Va) + loa) N “d(L)d° dL )m | 1e0b48d8-4d1b-46ae-95d8-90d7c68b34c3 | text | Not supported with pagination yet |
||
What can be inferred about the relationship between \( \delta(T) \) and r from the rightmost graph? | images/0809.2499_0.jpg | ['\\( \\delta(T) \\) remains constant with varying r.', '\\( \\delta(T) \\) increases with an increase in r.', '\\( \\delta(T) \\) decreases as r increases.', '\\( \\delta(T) \\) shows non-monotonic behavior with r.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 0 01 02 03 04° (0+L)Q WM + on N "d(L)d°d (Lm | b8820410-f89f-4f9b-8a8e-bb0502874180 | figure | |||
What feature of the graph allows for the comparison of different \(\eta\) values? | images/2106.15469_0.jpg | ['The use of a log-log scale.', 'The color-coding of each \\(\\eta\\) value.', 'The reference line indicating the tail behavior.', 'The inset showing the detailed behavior near the peak of the PDF.'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 10°
10°
LL Fy 2 7 10
02, ; Im[tw] / tH Coeraph data, [Graph data, {Graph data, 107 10"
[Im[7yy. l/ 7, | 54c5e39b-47a7-4d70-be49-4951c7537878 | text | Not supported with pagination yet |
||
What feature of the graph allows for the comparison of different \(\eta\) values? | images/2106.15469_0.jpg | ['The use of a log-log scale.', 'The color-coding of each \\(\\eta\\) value.', 'The reference line indicating the tail behavior.', 'The inset showing the detailed behavior near the peak of the PDF.'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | [21)Graph data, 7 = 4.10 [--7Graph data, 7 = 5.86 {-JGraph data, 7 = 10.0: | 05e7abe7-7e0c-4e41-8eed-0dd96fd842dc | figure | |||
What feature of the graph allows for the comparison of different \(\eta\) values? | images/2106.15469_0.jpg | ['The use of a log-log scale.', 'The color-coding of each \\(\\eta\\) value.', 'The reference line indicating the tail behavior.', 'The inset showing the detailed behavior near the peak of the PDF.'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Im[7y]l / 7, | b549e77d-1e80-4832-a00f-c45cea941ca9 | figure | |||
What inputs does the Monocular Reconstruction process require to generate an expression in the given system? | images/2303.00744_4.jpg | ['A. Shape, Pose, and Texture', 'B. Audio Input and UV Coordinates', 'C. Rendered Neural Texture', 'D. Final Videos'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Monocular Recontruction (Section 3.1) Shape Pose Expression Texture
Audio-to-Expression Generation (Section 3.2)
= oe —»
Expression
UV Co-ordinates
Audio Conditioned Neural Renderer (Section 3.3)
Audio Conditioned
MLP
Rendered Neural Texture
UNET Decoder
Final Videos | 96db837e-286b-485d-9032-6159c5d158eb | text | Not supported with pagination yet |
||
What inputs does the Monocular Reconstruction process require to generate an expression in the given system? | images/2303.00744_4.jpg | ['A. Shape, Pose, and Texture', 'B. Audio Input and UV Coordinates', 'C. Rendered Neural Texture', 'D. Final Videos'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Monocular Recontructic (Section 3.. Shape Pose | 4eb681e6-5ea2-4dbf-ac9a-eaae41fcc4ff | figure | |||
What inputs does the Monocular Reconstruction process require to generate an expression in the given system? | images/2303.00744_4.jpg | ['A. Shape, Pose, and Texture', 'B. Audio Input and UV Coordinates', 'C. Rendered Neural Texture', 'D. Final Videos'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 411a9adf-b772-4a9e-959f-73f52c247259 | figure | ||||
What inputs does the Monocular Reconstruction process require to generate an expression in the given system? | images/2303.00744_4.jpg | ['A. Shape, Pose, and Texture', 'B. Audio Input and UV Coordinates', 'C. Rendered Neural Texture', 'D. Final Videos'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | ca3f5a87-7a39-4aae-97b9-e2161b149f0e | figure | ||||
What inputs does the Monocular Reconstruction process require to generate an expression in the given system? | images/2303.00744_4.jpg | ['A. Shape, Pose, and Texture', 'B. Audio Input and UV Coordinates', 'C. Rendered Neural Texture', 'D. Final Videos'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | b6df7b91-5140-441f-b7cb-9a20036de0f7 | figure | ||||
Which of the following best describes the behavior of the solid line function as E approaches 10? | images/1712.09727_0.jpg | ['A) It approaches zero.', 'B) It remains constant.', 'C) It shows exponential growth.', 'D) It increases to a peak and then decreases.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 1c8f1a40-2f7a-4f03-a8de-86b0fd1e0f4e | figure | ||||
What does the trend of \( Q_e / Q^{TM}_{lb} \) indicate about the system performance over the iterations? | images/2303.15290_3.jpg | ['A. The performance improves significantly as iterations increase.', 'B. The system performance degrades with more iterations.', 'C. There is an initial improvement in performance, which stabilizes after a certain number of iterations.', 'D. The system performance is erratic and unpredictable throughout the iterations.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Quality factors
| 0 100 200 300 400 450 iteration 2
a
a
a
ad
feeder
oo
0
oo
a=
i
i
| physical variable pe ee ee B=4 6=8
B=16
B=8382 | 2d929d3e-28f3-4e68-bd65-0183191096e5 | text | Not supported with pagination yet |
||
What does the trend of \( Q_e / Q^{TM}_{lb} \) indicate about the system performance over the iterations? | images/2303.15290_3.jpg | ['A. The performance improves significantly as iterations increase.', 'B. The system performance degrades with more iterations.', 'C. There is an initial improvement in performance, which stabilizes after a certain number of iterations.', 'D. The system performance is erratic and unpredictable throughout the iterations.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 0) 100 200 300 400 45C itaratinn 47 | 1e21527c-d63e-4c50-9078-55dca2db95d1 | figure | |||
What does the trend of \( Q_e / Q^{TM}_{lb} \) indicate about the system performance over the iterations? | images/2303.15290_3.jpg | ['A. The performance improves significantly as iterations increase.', 'B. The system performance degrades with more iterations.', 'C. There is an initial improvement in performance, which stabilizes after a certain number of iterations.', 'D. The system performance is erratic and unpredictable throughout the iterations.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 3f67e6e9-ce24-4141-b5ee-0a0f7f97413a | figure | ||||
What does the trend of \( Q_e / Q^{TM}_{lb} \) indicate about the system performance over the iterations? | images/2303.15290_3.jpg | ['A. The performance improves significantly as iterations increase.', 'B. The system performance degrades with more iterations.', 'C. There is an initial improvement in performance, which stabilizes after a certain number of iterations.', 'D. The system performance is erratic and unpredictable throughout the iterations.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 1dcd4430-1869-453d-bcff-90b486abade4 | figure | ||||
If 'S' represents species richness, what can be deduced about the biodiversity of the ecosystem as 'S' increases? | images/1802.05039_0.jpg | ["Biodiversity increases linearly with 'S'.", "Biodiversity has no clear relationship with 'S'.", "Biodiversity peaks at an intermediate level of 'S' before declining.", "Biodiversity decreases as 'S' increases."] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | uolsodolg
0.40 | 02b62707-39f8-4c38-bce9-805502c64b07 | text | Not supported with pagination yet |
||
If 'S' represents species richness, what can be deduced about the biodiversity of the ecosystem as 'S' increases? | images/1802.05039_0.jpg | ["Biodiversity increases linearly with 'S'.", "Biodiversity has no clear relationship with 'S'.", "Biodiversity peaks at an intermediate level of 'S' before declining.", "Biodiversity decreases as 'S' increases."] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | d31061a6-6a78-4e46-931c-e51e2019a0d4 | table | ||||
If the variable on the x-axis represents time, what can be inferred about the rate of change of the parameter over time? | images/cond-mat0201239_0.jpg | ['A. The parameter changes at a constant rate over time.', 'B. The rate of change of the parameter increases over time.', 'C. The rate of change of the parameter decreases over time.', 'D. The parameter changes at an increasing rate and then decreases.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 74d1f198-4487-4440-9b14-0195e6b9cb33 | figure | ||||
Based on the diagram, what is a possible consequence of the 'Network Down' state for the network's performance? | images/1203.4875_0.jpg | ['A. Complete network failure', 'B. No impact on network performance', 'C. Possible rerouting of the data through alternate paths', 'D. Reduced data transfer speeds for the entire network'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 1fe2b8ab-ab3c-40e0-a1b0-79406875bedb | figure | ||||
Based on the magnetic hysteresis loops presented, what can be inferred about the anisotropy of the CoO/Pt multilayers? | images/2002.08090_2.jpg | ['A) It has uniaxial anisotropy with the easy axis out of the plane.', 'B) It has uniaxial anisotropy with the easy axis in the plane.', 'C) It has cubic anisotropy.', 'D) It has no definite anisotropy.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | in plane out of plane Hf a CoO/Pt multilayers | CoO/Pt multilayers CoO single layer -2000 -1000 0 1000 2000 -2000 -1000 0 1000 2000 HoH (mT) LH (mT) | bfb90e66-1cde-46d9-a3c7-71bad787133e | text | Not supported with pagination yet |
||
Based on the magnetic hysteresis loops presented, what can be inferred about the anisotropy of the CoO/Pt multilayers? | images/2002.08090_2.jpg | ['A) It has uniaxial anisotropy with the easy axis out of the plane.', 'B) It has uniaxial anisotropy with the easy axis in the plane.', 'C) It has cubic anisotropy.', 'D) It has no definite anisotropy.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | H || in film plane -1000 0 HH (mT) ——CoO/Pt multilayers | CoO single layer 1000 2000 -2000 in plane out of plane -1000 1000 200) | 580898b4-5c29-45e0-bc46-c96b4905999a | figure | |||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a)
m
c)
MD
d)
force matching
b) relative entropy method
simulate force *tsT teccning™ “nd
mp —Simulate
force matching without forces (this method)
density sample force > 7 > V(r; 0) ——> r, f > estimation V(r; 8) rf matching Vir; Xu ~- J Xu ~ step 1 step 2
simulate
€)
Xu ~- J Xu ~ Z step 1 step 2 flow-CG potential V(r; 6) repeated LD times => coupling layer shuffling Fererence: density 7 ow N(0, 1) latent variables %) ~ Unif(0,1) identity e) CG Ca Ca bijection CG beads Cs o e out sao context harmonic = | | 5 Q =]
fe} °
agensity
estimation
optimize
Via)
simulate
potential
Vir; é)
IC +— T bead position | | = —-» linear —» silu dee Ir; — Tyla ——__1 features [> linear y | @< silu ao ° Irs—ryle mA . . io linear harmonic repulsion -4 | | St energies <P— vir) r — NAD f(r)
repeated
L-times
forces | b9539c8a-2649-4f15-a0f3-af49f77ddac5 | text | Not supported with pagination yet |
||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | simulate force >» "2 jam” Mid) | 3bae2424-18a9-459e-8c2c-fdd27d548ead | figure | |||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | late density sample force r . > 7 estimation V(r; 9) rf matching Vir; ———S step 1 step 2 | 0f16798f-44e0-4a50-b1b3-c8cb8616433a | figure | |||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | IC +—T bead position | | —» linear —> silu || | doe Ir; — Tyla features linear silu 6 Co Ir: —rylle . ‘ Es S linear harmonic repulsion -A . a energie |__|", Vir) | 8cac7da1-4a1c-4fde-b25b-51c8f299487e | figure | |||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 4495dd7a-51dc-4417-aca2-1ca08cd84be2 | figure | ||||
What does the method described in section c) "force matching without forces (this method)" primarily eliminate in the process of force matching? | images/2203.11167_1.jpg | ['A) The need for direct simulation of forces.', 'B) The requirement for density estimation.', 'C) The use of latent variables and shuffling.', 'D) The optimization of potential functions.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | step 1 step 2 ‘low-CG potential V(r; 6) repeated L times reference dens coupling layer shuffling => 4 ~N(O, 1 latent variables zy ~Unif(0, identity e) CG p Co G beads Cu out context harmo in => upling layer bijection | 3b3c95e7-51f3-47aa-a76e-1088965d2177 | figure | |||
What does the black sphere with an arrow represent in these diagrams? | images/1201.1932_1.jpg | ['A. An electron moving towards the top of the page', 'B. A magnetic dipole aligned with the external field', 'C. A non-magnetic particle', 'D. A charged particle in a stationary state'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | "66669666666 | 3b350c53-efc6-4311-b95e-a3fb055404d2 | text | Not supported with pagination yet |
||
What does the black sphere with an arrow represent in these diagrams? | images/1201.1932_1.jpg | ['A. An electron moving towards the top of the page', 'B. A magnetic dipole aligned with the external field', 'C. A non-magnetic particle', 'D. A charged particle in a stationary state'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 6a93ece6-dacb-4806-8f80-04f19b988c0d | figure | ||||
What does the black sphere with an arrow represent in these diagrams? | images/1201.1932_1.jpg | ['A. An electron moving towards the top of the page', 'B. A magnetic dipole aligned with the external field', 'C. A non-magnetic particle', 'D. A charged particle in a stationary state'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | aa5d06c3-c294-4986-a234-ab6a6b52adf3 | figure | ||||
What type of data visualization is depicted in the image? | images/2103.02111_0.jpg | ['A) A heat map of geographical data.', 'B) A graph of statistical distributions.', 'C) A 3D rendering of molecular structures.', 'D) A lidar point cloud representation.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | eerie | 959d0f2f-44c5-4266-9fac-ffc61b76cd9a | text | Not supported with pagination yet |
||
What type of data visualization is depicted in the image? | images/2103.02111_0.jpg | ['A) A heat map of geographical data.', 'B) A graph of statistical distributions.', 'C) A 3D rendering of molecular structures.', 'D) A lidar point cloud representation.'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | f5ad30e0-88a1-46ca-9767-39fe6846d933 | figure | ||||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | A.
Locally modular composite network motifs
Motif
Z
Z,
N
Motif class and functional theme
(1)
TR feedforward loop: Various functions
(2)
Coregulated interacting proteins: Coregulated protein networks, various functions
‘A
oe Ba
(3)
=
«|
Boe BY
BS BB
os
LA FAI TW
(4)
Protein-interaction mediated regulatory loop: Regulatory interacting double-star and regulation of/by protein complexes
° R N @ S g rey & 8
Sg 3.66 (282° = m= i bb Db D
Eo.)
0.95
1475
385
«
Posttranslational feedforward loop: Cell-cycle regulation
B. Non-modular composite network motifs
Motif Z. Z, N Motif class e
A
139
(BRB)
1734
Coregulated interacting proteins
/ \
1.98
0.29
222
Feedforward loops
“
167
FRY
131
Feedback loops
C. Scatterplot of ranked enrichment vs. aggregation Z-scores
Z, rank @ | d7bc9237-f8c7-4c9c-a24b-f79bfae763c1 | text | Not supported with pagination yet |
||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | fd05c8a1-dca7-44c7-82f9-dd88f3586734 | figure | ||||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a85ae54a-b3d9-4229-b7f8-688e42e69550 | figure | ||||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | b5d5154c-4413-4b9c-b90d-8a6a5b48f8b4 | figure | ||||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 12 10 12 10+ Z. rank | a46d91ac-1e42-4bc8-a56f-cfcab2b831c9 | figure | |||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Tae | 5d5c1fe9-4083-4655-94bd-748b586cc198 | figure | |||
What is the approximate Z_i score for the lowest ranked motif in Figure C? | images/1109.1932_3.jpg | ['A. 0', 'B. 3', 'C. 7', 'D. 12'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | rate ZY RNS | c752d56a-bbe5-4beb-8a45-fe1d90537a1e | figure | |||
What does the graph suggest about the performance of NS algorithm as compared to the OPT algorithm in terms of secrecy capacity at SNR = 20 dB for K=10? | images/1701.07518_1.jpg | ['A. NS algorithm significantly outperforms OPT.', 'B. NS algorithm and OPT have almost identical performances.', 'C. OPT algorithm significantly outperforms NS.', "D. The graph does not provide information about these algorithms' performances."] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Secrecy Capacity (Nats/sec/Hz) ow nN 7 ee a - . 69-60 SEO OOOO O08 OS, OE SO \ e-e axe BOE et x wo” ~ a ae : L a” Ag ore e 2-2-8 8-8 S 8-8 SbF B88 B88 8-8 d “ox 8 -O- oe go * ea Bw e7 ~ S wea ao oO” a ~y NS maintains a small gap to capacity. EL oe wo ae =e Both curves almost match. aa _e we 2 _® _ Cm ey aed fo a “7 a ad ior le ae ‘ + BF K=1 ZF K=1 ———op4rk=1 NS K=1 = ©- == BF K=10 -@--- ZFK=10 — @- —— OPT K=10 —@-—-— NSK=10 —+— BF K=20 —+ 2 k=20 —+—— OPT k=20 —+—_Nsk=20 Ee ee ee ———————eeeE EE 0 -10 5 0 5 10 15 20 25
CNR (AR)
a
|
=}
|
7]
30 | 0f328835-9e62-40e8-8c42-9db798b6fd2f | text | Not supported with pagination yet |
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What does the graph suggest about the performance of NS algorithm as compared to the OPT algorithm in terms of secrecy capacity at SNR = 20 dB for K=10? | images/1701.07518_1.jpg | ['A. NS algorithm significantly outperforms OPT.', 'B. NS algorithm and OPT have almost identical performances.', 'C. OPT algorithm significantly outperforms NS.', "D. The graph does not provide information about these algorithms' performances."] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | SO Oy ee a ae. NS maintains a small gap to capacity Both curves almost match | c7ff2404-a077-4921-96cf-97bf1eb37d78 | figure | |||
What does the figure suggest is the relationship between the scene graph mapping (HGM) and the encoders (G^x_Enc and G^y_Enc)? | images/2010.01288_3.jpg | ['A. HGM is independent of the encoders and operates in a separate process.', 'B. The HGM provides input to the encoders for further processing.', 'C. The encoders provide feature inputs to the HGM for cross-lingual scene graph mapping.', 'D. The encoders and HGM work in parallel without any interaction.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | peer e— eee ee ee Be Be Be eB ew em ee Re ee ee em ee ee ee eK Sentence (English) r roe view/vista ~ 1 Sentence (English) _ Heican see through tie 3 C4 a q S GE) : He can see through the window a vista window a vista of green 5 VEN Ene S a S Dec 1 of green field e field & a meadow [ot SNE SE \ field A rgence= == —-—-e-—--gg-g---= seers (srs, (58, | Sentence (Chinese) SEL BP th BT A Bl RY EB ASE (* Through the window he can see the green field scenery) (a) Cross-Lingual Auto-Encoding ‘Training Data ( Unpaired) nyt 1Cross-modal Feature ; ‘Mapping (CMM) i: blue/clear aaa Caption (Chinese) HGM API RAT ATOM I caoees (* There is a big vase in the center of the Cross-lingual Scene Graph Mapping window) (b) Unsupervised Cross-modal _ Feature Mapping _
!
! | 9c93f932-e825-4be4-b517-b5ee1232808c | text | Not supported with pagination yet |
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What does the figure suggest is the relationship between the scene graph mapping (HGM) and the encoders (G^x_Enc and G^y_Enc)? | images/2010.01288_3.jpg | ['A. HGM is independent of the encoders and operates in a separate process.', 'B. The HGM provides input to the encoders for further processing.', 'C. The encoders provide feature inputs to the HGM for cross-lingual scene graph mapping.', 'D. The encoders and HGM work in parallel without any interaction.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Sentence (English) He can see through the Sentence (En. lish) GEC) ! He can see through t eA ony A vist window a vista of green Dec 1 of green field . field 3 ‘Training Data (Paired) = | Siren S| GM 3 Ries = a aera Se en = Se as! a es Se (S$ 1805 | H y Cc Li | Auto-E di ; ZoeErsZa Sentence (Chinese) eR a LAE rea ¢ LTP HTT SL REE IE oe es f S (* Through the window he can see the ,. ‘Training Data (Unpaired) oot “Ne green field scenery) CD teeta (57475, x * 1Cross-modal Feature: Shared ‘\Mapping (CMM) x blue/clear Scene Graph Mapping a : : 22h Caption (Chinese) HOM : ~» fem TOM eed Na i (* There is a big vase in the center of the ad Cross-lingual a window) ie b) Unsupervised Cross-modal Feature Mapping __ | ba1e3a37-7eb9-4965-aea6-9b61da9bba03 | figure | |||
Based on the scatter plot, what is the approximate range of \(\Delta E/E_R\) values when \(\phi\) is between 0 and \( \pi/2 \)? | images/1205.2806_1.jpg | ['A. 0 to 5', 'B. 5 to 10', 'C. 10 to 15', 'D. 15 to 20', '-'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | + e ¢ R’ J ee % * i a ? ’, meant
+
o (rad) | 6a5a90b4-89b3-4b8e-b9bb-f838cc0cfa57 | text | Not supported with pagination yet |
||
Based on the scatter plot, what is the approximate range of \(\Delta E/E_R\) values when \(\phi\) is between 0 and \( \pi/2 \)? | images/1205.2806_1.jpg | ['A. 0 to 5', 'B. 5 to 10', 'C. 10 to 15', 'D. 15 to 20', '-'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | o%? + : ? +? e 4 : %, o 4%o% ° « ; | %¢ °° ‘~~ ° u Say poe”, me *g : 6 + ? RGA oR BN ty % PERS ES | 4dbda5c7-e450-4451-9126-05a0854bd28b | figure | |||
If \( \tau_1 / r_0 \) represents a time scale in the evolution of the Schwarzschild-AdS black hole, what does the graph suggest about \( r_h / r_0 \) at this time scale compared to \( \tau_c / r_0 \)? | images/2301.03002_0.jpg | ['A. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is greater than at \\( \\tau_c / r_0 \\).', 'B. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is equal to that at \\( \\tau_c / r_0 \\).', 'C. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is less than at \\( \\tau_c / r_0 \\) but not zero.', 'D. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is zero.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | — Schwarzschild—AdS | 2a2e577f-11a6-42b0-a255-8abe9df846e8 | text | Not supported with pagination yet |
||
If \( \tau_1 / r_0 \) represents a time scale in the evolution of the Schwarzschild-AdS black hole, what does the graph suggest about \( r_h / r_0 \) at this time scale compared to \( \tau_c / r_0 \)? | images/2301.03002_0.jpg | ['A. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is greater than at \\( \\tau_c / r_0 \\).', 'B. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is equal to that at \\( \\tau_c / r_0 \\).', 'C. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is less than at \\( \\tau_c / r_0 \\) but not zero.', 'D. \\( r_h / r_0 \\) at \\( \\tau_1 / r_0 \\) is zero.'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | — Schwarzschild—AdS | 60972598-0a46-4d6d-ad90-3730f1185110 | figure | |||
Based on the RadQA context, which cervical spine levels show the most severe degenerative changes? | images/2302.08091_1.jpg | ['C3-C4, C5-C6, and C6-C7', 'C1-C2 and C2-C3', 'C7-T1 and T1-T2', 'C4-C5 and C6-C7'] | A | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | MedNLli
Premise: She emerged vigorous with Apgar of 7 and 8.
Hypothesis: She had low APGAR scores
XN
RadQA
(Context: this
... FINDINGS: The emergency room clinicians requested a second read on C-spine CT. There is no evidence of evidence of fracture or subluxation. The height the vertebral bodies of the C-spine is preserved. There is no soft tissue swelling. Here are moderate-to-severe multilevel degenerative changes, most severe at C3-C4, C5-C6, and C6-C7 with mild-to-moderate narrowing of bilateral neural foramina and mild effacement of the thecal sac secondary to posterior osteophytes at those levels. There is mild emphysema of the lungs and opacification of the right upper lobe. There a large right thyroid nodule with calcifications consistent with thyroid goiter. Question: Are there any abnormalities in the cspine?
of
is \
CLIP
He has a follow-up neck CTA and appointment with [ **Month/Year ( 2 ) 1106** ] surgery on 1978-10-18 , with possible subsequent carotid stenting procedure to follow . .
—d
>
a
LLM
Contradiction
(~
moderate-to-severe multilevel degenerative changes, most severe at C3-C4, C5-C6, and C6-C7 with mild-to-moderate narrowing of bilateral neural foramina and mild effacement of the thecal sac Neacondary, to posterior osisophyiesy
Appointment-related, Imaging- related, Procedure-related followups
|
>) | 156d9562-2ecb-4453-b6e8-b74a29a4edd3 | text | Not supported with pagination yet |
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Based on the progression from the initial state to Setup (E), what can be inferred about the magnetic field's behavior over time? | images/2303.05299_0.jpg | ['A) The magnetic field strength diminishes uniformly over time.', 'B) There is a fluctuation in the magnetic field strength but overall stability.', 'C) The magnetic field undergoes significant spatial changes and possibly reconnection.', 'D) The magnetic field strength increases uniformly over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Initial state (time = 0 h)
Setup (C) (time
=
10 h)
2000
2000
—2000
Setup (A) (time =
10 h)
Setup (D) (time = 10 h)
2000
2000
Setup (B) (time =
10 h)
40 60 x [Mm] —2000 -1000 0
B,[G]
Setup (E) (time = 20 h)
-2000 | 844c97a3-1cb8-40a9-9f7d-328e26d51576 | text | Not supported with pagination yet |
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Based on the progression from the initial state to Setup (E), what can be inferred about the magnetic field's behavior over time? | images/2303.05299_0.jpg | ['A) The magnetic field strength diminishes uniformly over time.', 'B) There is a fluctuation in the magnetic field strength but overall stability.', 'C) The magnetic field undergoes significant spatial changes and possibly reconnection.', 'D) The magnetic field strength increases uniformly over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 63af14c6-03e4-43ce-aaeb-9a8515fb46cf | figure | ||||
Based on the progression from the initial state to Setup (E), what can be inferred about the magnetic field's behavior over time? | images/2303.05299_0.jpg | ['A) The magnetic field strength diminishes uniformly over time.', 'B) There is a fluctuation in the magnetic field strength but overall stability.', 'C) The magnetic field undergoes significant spatial changes and possibly reconnection.', 'D) The magnetic field strength increases uniformly over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | f8e05698-4668-4935-bb4b-7a7348e8337d | figure | ||||
Based on the progression from the initial state to Setup (E), what can be inferred about the magnetic field's behavior over time? | images/2303.05299_0.jpg | ['A) The magnetic field strength diminishes uniformly over time.', 'B) There is a fluctuation in the magnetic field strength but overall stability.', 'C) The magnetic field undergoes significant spatial changes and possibly reconnection.', 'D) The magnetic field strength increases uniformly over time.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 8385f809-565b-4339-9fe8-39eb7c6e5f6d | figure | ||||
At what approximate x-axis value does the purple diamond dataset begin to level off? | images/1606.00399_2.jpg | ['A) 800', 'B) 1000', 'C) 1200', 'D) 1400', 'or the remaining figures, similar questions can be generated following the pattern of observing trends, intersections, and extrapolations based on the data presented in each graph.)'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | essscesss PRPNNWWESD ouocououcow = Se 0 200 400 600 800 1000 §=61200 = =—1400 oan) 200 400 600 800 1000 1200 1400 1600 “Oo 200 400 600 800 1000 1200 “0 200 400 600 800 1000 een) 200 400 600 800 1000 1200 1400 1600 “oO 200 400 600 800 1000 «©1200 =1400 “oO 200 400 600 800 1000 1200 1400 1600 “0 500 1000 1500 2000 2500 3000 een) sO 100 «©6150 «200 250 3300 350 400 “oO 200 400 600 800 1000 1200 1400 1600 ° a) 500 1000 1500 2000 2500 3000 “oO 100 7 200 300 400 500 a) 200 400 600 800 1000 “0 200 400 600 800 1000 1200 1400 500 1000 1500 2000 1000 1500 2000 2500 te) 200 400 600 800 1000 oan) 500 oO oO
0
200
400
600
800
1000
1200
1400
£1600
200
400
600
B00
1000
1200
500
1000
1500
2000
2500
3000 | ff24f91a-2513-47ac-b617-d1169acf4f7d | text | Not supported with pagination yet |
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At what approximate x-axis value does the purple diamond dataset begin to level off? | images/1606.00399_2.jpg | ['A) 800', 'B) 1000', 'C) 1200', 'D) 1400', 'or the remaining figures, similar questions can be generated following the pattern of observing trends, intersections, and extrapolations based on the data presented in each graph.)'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | O14 0.39 0.40 0.49 0.12 0.30 0.35 i 0.10 0.25 050 faa 0.08 0.20 233 0.25, 0.06 0.15 O15 O20 0.04 0.10 010 oie 0.02 0.05 0.05 0.05 0.00 - 0.00 0.00 0.00 200 400 600 800 1000 «©1200-1400 0 200 400 «©6600 ©6800 ©1000 1200 1400 1600 “oO 800 1000 1200 oO 200 400 600 800 1000 oO 200 400 600 800 1000 1200 1400 160% 06 0.40 0.35 0.30 oo 0.5 + B38 0.30 0.25 04 + 955 fon A 0.20 03 0.20 : 0.15 ois 0.15 0.2} . aa 0.10 0.10 . _ 0.05 0.05 0.05 0.0. 0.00, 0.00, — n 0.00, 200° 400600800 1000 1200 1400 0 200 400600 8001000 1200 1400 600, 0 500 1000 1500-3000 25003000, 0 8000150200250 300380 a00 ° 3001000 1200 1400 60 0.25 0.35 08 0.40 ~~ 0.30 07 0.35 0.25 06 0.30 0.15; 0.20 0.5 0.25 0.10 0.15 04 = 0.20 0.10 03 0.15 aie5/' 0.05 0.2 0.10 0.00, - c s 0.00, 0.1 0.05 500 100015002000 2500 3000 ° 100 200 300° 400 500 ° 300 ° 300 300 500 3001000 ° ee ee 700600 80010001200 Tao 0.25 0.45 0.30 0.45 0.40 = 0.40 nal a o20 030 one 025 0.15 [ O25 0.10 / 0.20 : oe O26 o- 0.10 0.15 0.05 V 0.15 is ates 0.10 si 0.10 . 0.05 es 0.00 0.05 0.00 0.00 500 1000 7500 7000 0 100 200 300 400-500 600700 800 ° 200 300 6008001000 ° 200 300 500 300 1000 ° 30010001500 200050 06 0.14 0.40 0.40 0.12 0. 0.35 oe o.0}. 7 2 0.30 0.4 7 oar 0.30 ea5 03 " A 0.25 0.20 0.06 0.2 | 0.20 0.15 0.04 0.10}. of 4+ 0.02 cei 0.05 “ z 0.0 2 0.00 0.10 0.00 | 8011962f-13da-4631-9d3e-c0a23e4c81bb | figure | |||
What does the dashed line represent in this layered network diagram? | images/cond-mat0010301_0.jpg | ['A) A weak or tentative connection between nodes.', 'B) A flow of information between different layers.', 'C) A malfunctioning connection that needs repair.', 'D) A directional relationship from top to bottom layers.', '## Figure 4 (Bottom Right)'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a | c5cf69e8-2081-4513-924d-c9e1cd08c889 | text | Not supported with pagination yet |
||
What does the dashed line represent in this layered network diagram? | images/cond-mat0010301_0.jpg | ['A) A weak or tentative connection between nodes.', 'B) A flow of information between different layers.', 'C) A malfunctioning connection that needs repair.', 'D) A directional relationship from top to bottom layers.', '## Figure 4 (Bottom Right)'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | c i ty | 0d9f946d-bb47-419f-9b80-cb577799c1aa | figure | |||
What does the dashed line represent in this layered network diagram? | images/cond-mat0010301_0.jpg | ['A) A weak or tentative connection between nodes.', 'B) A flow of information between different layers.', 'C) A malfunctioning connection that needs repair.', 'D) A directional relationship from top to bottom layers.', '## Figure 4 (Bottom Right)'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | aa06f5c7-d065-414e-b798-bf2b947e5214 | figure | ||||
What is the significance of the two different sizes mentioned in figure (c)? | images/1709.00259_0.jpg | ['A. They represent the range of magnetic fields applied in the experiment.', 'B. They indicate the two different wavelengths of RF radiation used.', 'C. They denote the size range of the superconducting samples tested.', 'D. They specify the resolution of the imaging system.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 1O-8A
4
204
0
<—
200 nA
04
Os
l2
L.A
‘20 gauss
H (G )
2B ZEbO fv Zh Zhu Shy Shy bhy | b6d0e0f1-58d8-4bd1-9374-d128dd31ebf3 | text | Not supported with pagination yet |
||
What is the significance of the two different sizes mentioned in figure (c)? | images/1709.00259_0.jpg | ['A. They represent the range of magnetic fields applied in the experiment.', 'B. They indicate the two different wavelengths of RF radiation used.', 'C. They denote the size range of the superconducting samples tested.', 'D. They specify the resolution of the imaging system.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | LERY fv Lhv Shu Shy Shy bhy “B 12 i] 10 29 — U 30 35 40 | f846f08f-1ad1-4038-b436-1759bcc8f52c | figure | |||
What is the significance of the two different sizes mentioned in figure (c)? | images/1709.00259_0.jpg | ['A. They represent the range of magnetic fields applied in the experiment.', 'B. They indicate the two different wavelengths of RF radiation used.', 'C. They denote the size range of the superconducting samples tested.', 'D. They specify the resolution of the imaging system.'] | C | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | wT | 5f47750d-6616-4783-a0bf-12fd95d110f2 | figure | |||
What is the value of \( k \) at the point where \( P_f \) starts to increase in Figure a? | images/2206.00570_3.jpg | ['A) 0.25 rad', 'B) 0.1 rad', 'C) 0.2 rad', 'D) 0.15 rad'] | B) 0.1 rad | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | P;
1.07
0.3 0.4 0.5
dP;/dk | 914f1fb1-04fb-4190-b89d-9755a8cd6170 | text | Not supported with pagination yet |
||
What is the value of \( k \) at the point where \( P_f \) starts to increase in Figure a? | images/2206.00570_3.jpg | ['A) 0.25 rad', 'B) 0.1 rad', 'C) 0.2 rad', 'D) 0.15 rad'] | B) 0.1 rad | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 836388fe-7242-41af-9e9b-b9c87b900892 | figure | ||||
What is the value of \( k \) at the point where \( P_f \) starts to increase in Figure a? | images/2206.00570_3.jpg | ['A) 0.25 rad', 'B) 0.1 rad', 'C) 0.2 rad', 'D) 0.15 rad'] | B) 0.1 rad | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | a fe eee sy | 139fff68-7891-4846-8af9-e2951231af28 | figure | |||
For which dataset is the most likely number of communities greater than 10? | images/1605.02753_1.jpg | ['A) Karate club', 'B) Dolphins', 'C) Les Miserables', 'D) College football'] | D) College football | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Probability P(k | A)
(a) Karate club (b) Dolphins 0.4 0.2 1 2 3 4 5 6 0.6 (c) Les Miserables (d) College football 0.4 0.2 5 6 7 8 9 10 Il 12 13+ «214
Number of communities k | 5dbb469a-a09c-459e-bc5a-70534c44aefc | text | Not supported with pagination yet |
||
For which dataset is the most likely number of communities greater than 10? | images/1605.02753_1.jpg | ['A) Karate club', 'B) Dolphins', 'C) Les Miserables', 'D) College football'] | D) College football | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | (a) Karate club (b) Dolphins (c) Les Miserables (d) College footba 5 6 7 8 9 10 Il 12 13 «14 | a1b768ec-d06f-49f4-93f9-74cba879be9d | figure | |||
What does the dashed red line in the figure represent? | images/1703.09442_0.jpg | ['A. The trajectory of quarks in the nucleon', 'B. The separation between perturbative and non-perturbative QCD regions', 'C. The energy level difference between two states', 'D. The time evolution of a quantum system'] | B | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | q (+)
q (+) | 6c210283-3d19-4293-82a6-0ee730ab7928 | text | Not supported with pagination yet |
||
According to the diagram, which component is NOT part of the scalable and efficient execution with Region Templates? | images/1612.03413_0.jpg | ['A. Hierarchical Data Storage Layer', 'B. Supercomputer', 'C. Distributed Memory Execution', 'D. Cloud-based Data Analytics'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Sensitivity Analysis (SA) and Auto-tuning methods
oS,
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7 “Application Workflow “Com osition/Instantiation
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STLAREA (ST-IVTERSECTION (ta. polygon, tb. polygon))/ STLAREA (STLUNION (ta.polygon, tb.polygon)) AS JaccardIndex, FROM markup_polygon ta JOIN markup. polygon tb Ol ST_INTERSECTS( ta.polygon, tb.polygon) = TRUE WHERE ta. poses ’MASK1? AND th. provenance=’HASK2’;
Reference . Segmentation
3
4
5. | c1127cb0-5751-44fe-831b-5e2e7b99674e | text | Not supported with pagination yet |
||
According to the diagram, which component is NOT part of the scalable and efficient execution with Region Templates? | images/1612.03413_0.jpg | ['A. Hierarchical Data Storage Layer', 'B. Supercomputer', 'C. Distributed Memory Execution', 'D. Cloud-based Data Analytics'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | ae99c044-028a-420d-9504-29925600aa58 | figure | ||||
According to the diagram, which component is NOT part of the scalable and efficient execution with Region Templates? | images/1612.03413_0.jpg | ['A. Hierarchical Data Storage Layer', 'B. Supercomputer', 'C. Distributed Memory Execution', 'D. Cloud-based Data Analytics'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 8eab231c-6fab-40a7-be60-7aa5190ec14d | figure | ||||
According to the diagram, which component is NOT part of the scalable and efficient execution with Region Templates? | images/1612.03413_0.jpg | ['A. Hierarchical Data Storage Layer', 'B. Supercomputer', 'C. Distributed Memory Execution', 'D. Cloud-based Data Analytics'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | Computing Node | 8e82dd01-05e4-4128-b59b-683440b86aba | figure | |||
According to the diagram, which component is NOT part of the scalable and efficient execution with Region Templates? | images/1612.03413_0.jpg | ['A. Hierarchical Data Storage Layer', 'B. Supercomputer', 'C. Distributed Memory Execution', 'D. Cloud-based Data Analytics'] | D | vertex_ai/claude-3-sonnet@20240229 | You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure. | arxiv_qa | 0bd00aa5-5ba7-4c99-91cf-72c74f2063dd | figure |