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Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | a1
Simulation
pe) NO
Bending stiffness oO oO o oo oo oO oo oomr€rt lc oOo NN PS oO oo ie) r 0 0.2 0.4 0.6 0.8 Arc position
o|
Simulation
oO NO
Bending stiffness coosoo es 9 Oo oO oo06UlcrthlhUc hc ont Ff a @ po + ° °o io fo} BR °o fo) fo) ao a Arc position
c1
Simulation
\
i?) NO
Bending stiffness oo Ss 8g 8... | 96fa1ab2-9b25-4665-bf0a-7222109baebd | text | Not supported with pagination yet | ||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | 2e826b8f-945e-411f-adfc-c8f517aadcfd | figure | ||||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | benaing SUMNESS 0.14 0.12 0.1 0.08 0.06 0.04 fF 0.02 0.2 0.4 0.6 Arc position 0.8 | ef695329-1ee4-4a4b-ab2c-c3ff0faeb105 | figure | |||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | 686a428f-f763-4476-89f1-3d4228f1b775 | figure | ||||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | wo wo wo oo ff = = 8S °o °o °o oO °o ssouuns Bulpueg 0.6 0.8 Arc position 0.4 0.2 o o | 074fd8fb-2342-4576-b361-c0f02944cabb | figure | |||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | Bending stiffness 0.14 0.12 0.1 0.08 0.06 0.04 0.02 0.2 0.4 0.6 Arc position 0.8 | 60da0538-304a-4339-b81f-cfbae190ae3d | figure | |||
Compared to figures a2 and b2, what is unique about the bending stiffness in figure c2? | images/1709.09526_3.jpg | ['A. It shows a higher maximum bending stiffness value.', 'B. It has a more uniform distribution of bending stiffness.', "C. It indicates a symmetrical bending stiffness about the arc's midpoint.", 'D. It represents a lower overall bending stiffness.'] | 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: {imag... | arxiv_qa | 0c450f74-7f5c-4894-b8ff-6fd49de7b25e | figure | ||||
Based on the data, what can be inferred about the relationship between \( t_{L0} \) and \( L \) for different radii of the coil? | images/1605.03714_2.jpg | ['A. \\( t_{L0} \\) decreases as \\( L \\) increases, regardless of the coil radius.', 'B. \\( t_{L0} \\) increases as \\( L \\) increases, and the rate of increase is the same for all coil radii.', 'C. \\( t_{L0} \\) increases as \\( L \\) increases, but the rate of increase varies with the coil radius.', 'D. \\( t_{L... | 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: {imag... | arxiv_qa | Oo R=4 cm o R=3 cm | comp o R=2.5 cm @ R=4 cm e R-7.5 cm| eeoo* | 5aeff5e6-53c4-4249-ab22-19b93ce4f3c6 | text | Not supported with pagination yet | ||
Based on the data, what can be inferred about the relationship between \( t_{L0} \) and \( L \) for different radii of the coil? | images/1605.03714_2.jpg | ['A. \\( t_{L0} \\) decreases as \\( L \\) increases, regardless of the coil radius.', 'B. \\( t_{L0} \\) increases as \\( L \\) increases, and the rate of increase is the same for all coil radii.', 'C. \\( t_{L0} \\) increases as \\( L \\) increases, but the rate of increase varies with the coil radius.', 'D. \\( t_{L... | 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: {imag... | arxiv_qa | o R=4 cm o R=3 cm | com o R=2.5 cm ® R=4 cm e R=7.5cm| ooo | af570cbf-2654-4193-9818-b82dbc7a6c3e | figure | |||
What does the intersection point of all three wave functions (2s, 1p, and 1d) closest to r = 0 indicate about their behavior? | images/1208.1583_2.jpg | ['A) All wave functions have the same amplitude at r = 0.', 'B) The wave functions converge to the same energy level at r = 0.', 'C) The wave functions represent the same quantum state at r = 0.', 'D) All wave functions have the same probability density at r = 0.'] | 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: {imag... | arxiv_qa | r
(fm) | b4c49411-d568-4769-a67a-0ebfad14de89 | text | Not supported with pagination yet | ||
What does the intersection point of all three wave functions (2s, 1p, and 1d) closest to r = 0 indicate about their behavior? | images/1208.1583_2.jpg | ['A) All wave functions have the same amplitude at r = 0.', 'B) The wave functions converge to the same energy level at r = 0.', 'C) The wave functions represent the same quantum state at r = 0.', 'D) All wave functions have the same probability density at r = 0.'] | 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: {imag... | arxiv_qa | (1)n | 2c31aa7b-0c9b-4a1c-86dc-8056dbb76473 | figure | |||
What does the intersection point of all three wave functions (2s, 1p, and 1d) closest to r = 0 indicate about their behavior? | images/1208.1583_2.jpg | ['A) All wave functions have the same amplitude at r = 0.', 'B) The wave functions converge to the same energy level at r = 0.', 'C) The wave functions represent the same quantum state at r = 0.', 'D) All wave functions have the same probability density at r = 0.'] | 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: {imag... | arxiv_qa | (a)n | a029aa18-98cc-4b81-97ca-70ede0ba913b | figure | |||
What does the intersection point of all three wave functions (2s, 1p, and 1d) closest to r = 0 indicate about their behavior? | images/1208.1583_2.jpg | ['A) All wave functions have the same amplitude at r = 0.', 'B) The wave functions converge to the same energy level at r = 0.', 'C) The wave functions represent the same quantum state at r = 0.', 'D) All wave functions have the same probability density at r = 0.'] | 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: {imag... | arxiv_qa | eb006ba2-0aa0-4011-bbe6-2da81ac8187b | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | ¥ a g ee
«! \ t a 5 a = pz Pa - a ¥ 22 es y= gat a 4 J i al j r j g ee
e~ | . | _ = | a —
J == & E
Se e. we
tao :
os - ~~
1
:
to
sa | 398d4ac7-a38d-477c-a42b-90eaf226f585 | text | Not supported with pagination yet | ||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | e5d13991-1695-4bdd-a7e9-218f0777951c | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | ee648416-ab04-43e9-9cd2-93ae8bb86436 | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | fc44f09f-f196-4886-b073-dbd6255f513c | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | e0ab2740-b304-41ef-a17e-f171889f23de | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | 149cc60a-f159-4227-a3ac-7def52a6fcd0 | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | c1666694-8fb9-412e-b120-bb0dd3a942a0 | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | 054dc7f8-ec00-4fc4-a554-f2c0404e79fe | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | 78b970ac-2e9a-48b9-a41d-f45a1aec0979 | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | 9fdf833c-4f06-427c-8c33-a809dc96f406 | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | a239e678-0fd0-45fd-a377-d1e70dbbc0dd | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | 6e4138c1-2a51-407d-865a-e1f47d0e558e | figure | ||||
What is the primary visual focus indicated by the red arrows in the majority of the frames? | images/1909.00240_5.jpg | ['A. Text labels within the figure', 'B. Specific physical components of the equipment', 'C. Fluctuations in the graphical data', 'D. Changes in the background of the images', '-'] | B. Specific physical components of the equipment | 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: {imag... | arxiv_qa | e544b7c5-37b8-4199-a359-b9c6edf1e97d | figure | ||||
What does the intersection of the two trend lines on the graph indicate? | images/0810.0152_0.jpg | ['The error margin of the data', 'The point where both sets of data are equal', 'The starting point of measurements', 'The maximum value of δ26Mg* recorded', '-'] | 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: {imag... | arxiv_qa | oZ6 * oO Mg
Leoville MRS6
oO
mel
®
sp
Best fit melilite only 4.6 (+/-0.6 2c) x10" | 9619c25e-5a9b-4b80-b0e7-62c41916888c | text | Not supported with pagination yet | ||
What does the intersection of the two trend lines on the graph indicate? | images/0810.0152_0.jpg | ['The error margin of the data', 'The point where both sets of data are equal', 'The starting point of measurements', 'The maximum value of δ26Mg* recorded', '-'] | 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: {imag... | arxiv_qa | Best fit melilite only 4.6 (+/-0.6 2c) x10° | c21f4cf5-8a0e-4ceb-927c-ea7f268bc867 | figure | |||
What does the term \( d^{lim} \) in the figure most likely represent? | images/2107.10294_1.jpg | ['The maximum data rate for the UEs', 'The distance limit for communication between UEs and APs', 'The density of APs in the network', 'The battery life of the UEs in the network', '-'] | 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: {imag... | arxiv_qa | 400
y spatial dimension |m] 300 200
> © AP B® UEsinS; - APsin Py UEs in S; >< APs in P, Y APs in P3 UEs in S5 100 200 300
x spatial dimension [m]
400 | f1b462cd-466c-46be-94ce-7f01362f04b6 | text | Not supported with pagination yet | ||
What does the term \( d^{lim} \) in the figure most likely represent? | images/2107.10294_1.jpg | ['The maximum data rate for the UEs', 'The distance limit for communication between UEs and APs', 'The density of APs in the network', 'The battery life of the UEs in the network', '-'] | 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: {imag... | arxiv_qa | a + tte tte eo e SC SK CK el ene KK K K tone YY YY K K © ¥ Y¥ > > e@ AP B&B UEsinS,; —- APsin Pz HM UEsin S, X APs in P; Y APsin Ps; 4 UEsinS, | 75d278ce-35af-4285-97cb-8448df2204f3 | figure | |||
Which equation provides a closer fit to the simulation results based on the figure? | images/1604.01315_3.jpg | ['Eq. (4)', 'Eq. (5)', 'Both provide the same fit', 'The figure does not provide enough information to determine the fit', '-'] | 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: {imag... | arxiv_qa | o Simulation Results ---- Fitting by Eq. (4) Fitting by Eq. (5)
0.8
1.0 | 682381cd-0f36-4826-b4be-33dad7633303 | text | Not supported with pagination yet | ||
Which equation provides a closer fit to the simulation results based on the figure? | images/1604.01315_3.jpg | ['Eq. (4)', 'Eq. (5)', 'Both provide the same fit', 'The figure does not provide enough information to determine the fit', '-'] | 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: {imag... | arxiv_qa | Oo §©6>. Stmulation Results ---- Fitting by Eq. (4) Fitting by Eq. (5) VI | 5c3c6488-f636-499f-80a0-5c80d1f8dcda | figure | |||
What can be inferred about the variable \( \phi \) as \( t\omega_r \) increases beyond the range shown in the graph? | images/1812.04001_1.jpg | ['A. \\( \\phi \\) will decrease exponentially.', 'B. \\( \\phi \\) will increase indefinitely.', 'C. \\( \\phi \\) will level off and approach a constant value.', 'D. \\( \\phi \\) will oscillate around a certain value.', '-'] | 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: {imag... | arxiv_qa | j-0.18 j}-0.20 )-0.22 0.0 0.5 1.0 1.5 2.0
L > ~ | 5bd012fc-ccf2-413f-a336-ef3e805e8399 | text | Not supported with pagination yet | ||
What can be inferred about the variable \( \phi \) as \( t\omega_r \) increases beyond the range shown in the graph? | images/1812.04001_1.jpg | ['A. \\( \\phi \\) will decrease exponentially.', 'B. \\( \\phi \\) will increase indefinitely.', 'C. \\( \\phi \\) will level off and approach a constant value.', 'D. \\( \\phi \\) will oscillate around a certain value.', '-'] | 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: {imag... | arxiv_qa | /-O0.1. }-0.2 }-0.2 0.0 0.5 1.0 15 D2 () | 0348922d-7c03-486b-ae0f-7faa44c63064 | figure | |||
In the depicted model architecture, what is the primary role of the "Layerwise Generator" component? | images/2011.09058_3.jpg | ['A. It generates new layers for the AFCLE Student.', 'B. It produces input tensors for each corresponding layer in the AFCLE Teacher and Student.', 'C. It is responsible for batch-normalization statistics computation.', 'D. It optimizes the layer parameters during the forward pass.'] | 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: {imag... | arxiv_qa | AFCLE Student Layerwise Per-layer Generator fF - Update Layerwise a“ Ss : Optimizer _Batch-norm Z Stats | 2b5a73ca-4a60-467e-8c6b-6b1d1de59a9f | text | Not supported with pagination yet | ||
In the depicted model architecture, what is the primary role of the "Layerwise Generator" component? | images/2011.09058_3.jpg | ['A. It generates new layers for the AFCLE Student.', 'B. It produces input tensors for each corresponding layer in the AFCLE Teacher and Student.', 'C. It is responsible for batch-normalization statistics computation.', 'D. It optimizes the layer parameters during the forward pass.'] | 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: {imag... | arxiv_qa | AFCLE Teacher _Batch-norm Stats Layerwise Per-layer Update | cabde139-3e7a-40d8-87ee-650bb7d10cf8 | figure | |||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | Exchange energy density (J/m~) 0) 120 b)
819 Oe
oO a S fo} oO
Ha ~~
SS \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ S\ I SS , EN
SS 7 =S
B) 25
E = 3 = 2
819,33 Oe 936.4 Oe casaega 1404.6 Oe
20
315
£10 es
9 00
<
O02
04
Distance from edge (um)
f = 10.685 GHz
0.19 ns
14 ns il
d) O12
a § 010 s 0.08 9 E 0.06 = ~... | 822cbf74-850b-4819-9eea-3b9a1551a8a0 | text | Not supported with pagination yet | ||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | eefa3ed4-6ea3-4634-b1ee-f2a66090ae99 | figure | ||||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | b8022ff2-c239-41b3-9eb4-c6a5149fa4e2 | figure | ||||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | 0.83 ns | 8864cc3f-71d8-4970-882f-b67e3173e70b | figure | |||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | .78 ns | 6a98560d-a8e5-4122-8e56-385d9efeeeb1 | figure | |||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | f4038a11-4949-478c-b5e6-40bca650e9ac | figure | ||||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | 174 ne MMH | c401edf3-b651-4d34-8efd-a041fb83c705 | figure | |||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | 0.51 ns! | 9d320d28-38ef-415e-9757-e2bd48ffa116 | figure | |||
Based on the data presented in panel d), what is the trend of channel width as the applied magnetic field increases? | images/1705.10536_3.jpg | ['A) The channel width increases linearly with the applied field.', 'B) The channel width decreases linearly with the applied field.', 'C) The channel width remains constant regardless of the applied field.', 'D) The channel width first increases and then decreases with the applied 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: {imag... | arxiv_qa | 819,33 Oe 936.4 Oe 1053.4 Oe 1248.3 Oe 1404.6 Oe | 9ed9c63a-115b-4960-93ef-5dbca062cce1 | figure | |||
What is the purpose of the voxel norm and global norm in the pre-training and fine-tuning processes depicted in the figure? | images/2112.05761_3.jpg | ['A) They normalize the input fMRI frame to aid in the 3D CNN Encoder processing.', 'B) They serve as filters to remove noise from the fMRI data.', 'C) They are variants of the Transformer module used for different purposes.', 'D) They function as objective functions for pre-training and fine-tuning.'] | 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: {imag... | arxiv_qa | Pre-training
Voxel want 3D CNN el ” = 5 ” =. ” frame Global ‘Lore tasneag T i 2
Fine-tuning oe pod >y I- il il Lpme—vananiy Voxel uy norm mf. ~) --1-aD- Global e Lic I norm
Fine-tuning
frame
xi | f776f233-17f4-49d7-825c-b3199b9a172c | text | Not supported with pagination yet | ||
What is the purpose of the voxel norm and global norm in the pre-training and fine-tuning processes depicted in the figure? | images/2112.05761_3.jpg | ['A) They normalize the input fMRI frame to aid in the 3D CNN Encoder processing.', 'B) They serve as filters to remove noise from the fMRI data.', 'C) They are variants of the Transformer module used for different purposes.', 'D) They function as objective functions for pre-training and fine-tuning.'] | 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: {imag... | arxiv_qa | Voxel norm s0cuN R cnstormer ey era cock fan * Bon Dee frame A Global Loretaine — e fl +r ¥ D | 84aa75bd-f48c-49ef-8835-444bdf14b7d8 | figure | |||
What is the purpose of the voxel norm and global norm in the pre-training and fine-tuning processes depicted in the figure? | images/2112.05761_3.jpg | ['A) They normalize the input fMRI frame to aid in the 3D CNN Encoder processing.', 'B) They serve as filters to remove noise from the fMRI data.', 'C) They are variants of the Transformer module used for different purposes.', 'D) They function as objective functions for pre-training and fine-tuning.'] | 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: {imag... | arxiv_qa | . cLS “ene | 1- => a {i ij Lpine=vimin Voxel vy norm e - * ‘a i ™ ra 0 Global aes & f.... 7 i j | fc7b95fe-2b95-4c77-84ef-7df9e5f83764 | figure | |||
What does the slope of the line in figure (b) approximately indicate? | images/1102.3931_1.jpg | ['A. The elasticity of ΔTc with respect to ⟨k⟩.', 'B. The inverse proportionality constant between ln(ΔTc) and ln(⟨k⟩).', 'C. The exponential growth factor for ΔTc as ⟨k⟩ increases.', 'D. The direct proportionality constant between ΔTc and ⟨k⟩.'] | 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: {imag... | arxiv_qa | (a)
n B
1 0.8 0.6 ——N=200 ~~~N=400 ~ N=1000 0.4; |—-N=5000 ~~N=10000 0.2} | MeanField 0 4 0 0.05 0.15 p
7
(c)
14
0.8
——N=200
0.6},
~
N=400
~
N=1000
np ——N=5000 0.4) _N=10000
»
MeanField
0.2
0 0
0.05
0.1
4
|
]
4
0.15 | 4e4a1475-a7dc-463c-ae32-39315e989525 | text | Not supported with pagination yet | ||
What does the slope of the line in figure (b) approximately indicate? | images/1102.3931_1.jpg | ['A. The elasticity of ΔTc with respect to ⟨k⟩.', 'B. The inverse proportionality constant between ln(ΔTc) and ln(⟨k⟩).', 'C. The exponential growth factor for ΔTc as ⟨k⟩ increases.', 'D. The direct proportionality constant between ΔTc and ⟨k⟩.'] | 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: {imag... | arxiv_qa | 0.8 ~-N=400 ~ N=1000 0.4; |——-N=5000 ~-N=10000 0.2| | ° MeanField % 0.05 0.15 | 0bdc9066-01a0-48ff-94b5-d0acc9b458b3 | figure | |||
What does the slope of the line in figure (b) approximately indicate? | images/1102.3931_1.jpg | ['A. The elasticity of ΔTc with respect to ⟨k⟩.', 'B. The inverse proportionality constant between ln(ΔTc) and ln(⟨k⟩).', 'C. The exponential growth factor for ΔTc as ⟨k⟩ increases.', 'D. The direct proportionality constant between ΔTc and ⟨k⟩.'] | 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: {imag... | arxiv_qa | “) | 40ec76ec-dce1-466f-9bd8-87fd7123f539 | figure | |||
Based on the graph, how does \( N' \) (in thousands) relate to \( N_0^{2/5} \) for \( N_0^{2/5} < 80 \)? | images/1203.2063_2.jpg | ["\\( N' \\) decreases as \\( N_0^{2/5} \\) increases.", "\\( N' \\) increases exponentially as \\( N_0^{2/5} \\) increases.", "\\( N' \\) increases at a constant rate as \\( N_0^{2/5} \\) increases.", "\\( N' \\) is independent of \\( N_0^{2/5} \\)."] | C. \( N' \) increases at a constant rate as \( N_0^{2/5} \) increases. | 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: {imag... | arxiv_qa | 40 60 80 20
=) N 199)
280 4 (SouesnoUl) N
100 | 2764ff74-8081-4434-8c3b-bf265ee697fa | text | Not supported with pagination yet | ||
Based on the graph, how does \( N' \) (in thousands) relate to \( N_0^{2/5} \) for \( N_0^{2/5} < 80 \)? | images/1203.2063_2.jpg | ["\\( N' \\) decreases as \\( N_0^{2/5} \\) increases.", "\\( N' \\) increases exponentially as \\( N_0^{2/5} \\) increases.", "\\( N' \\) increases at a constant rate as \\( N_0^{2/5} \\) increases.", "\\( N' \\) is independent of \\( N_0^{2/5} \\)."] | C. \( N' \) increases at a constant rate as \( N_0^{2/5} \) increases. | 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: {imag... | arxiv_qa | 963d1085-5403-4a69-8f52-6b21c49aec8b | figure | ||||
What does the solid red line represent in the figure? | images/2212.11980_2.jpg | ['The spectral distribution of a standard model case for extended objects', 'The decay distribution of axion-like particles in a monochromatic case', 'The absorption spectrum of photons in a high magnetic field', 'The energy distribution of gamma-ray bursts for primordial black holes'] | 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: {imag... | arxiv_qa | 4
af PBH,SM f PBH,ALP dinMppu 1 10-4 10~° E F E- F F Ee] z
Eo F
EW a ys ' |!
Tr
or
;
10-° B | r
i 10°
a ALP-case, monochromatic, mg =0 >
—— SM-case, extended
1.010 “ine =|) 1.005 io ss S —“—. 1.000 g &) 0.995 Is 0.990 . 10 20 50 100 E, |MeV] 1 1 i i | |
16 10
a
3
+
=
a: i] | 9163e89b-1700-4332-8160-5aad6089898b | text | Not supported with pagination yet | ||
What does the solid red line represent in the figure? | images/2212.11980_2.jpg | ['The spectral distribution of a standard model case for extended objects', 'The decay distribution of axion-like particles in a monochromatic case', 'The absorption spectrum of photons in a high magnetic field', 'The energy distribution of gamma-ray bursts for primordial black holes'] | 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: {imag... | arxiv_qa | 1.010 d® app ~~ 1.000 dDsm 0.990 &) 1.005) ™S ~ = 0.995| E., [MeV] | 27746780-8f71-464e-8e80-72e3fe1d44a6 | figure | |||
Which family has a consistent performance close to 100% across both Compound and QBFEval'20 benchmarks? | images/2106.02550_0.jpg | ['A) Balabanov', 'B) Biere', 'C) Bloem', 'D) Kullmann'] | B) Biere | 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: {imag... | arxiv_qa | Compound
- = = = O% = | LUE 0% 250, 50%, 750, 100%,
100%
75%
50%
25%
QBFEval'20
0% 1 DBYy 1 | i 1 1 50% 75% 100%
Family
in Balabanov Biere
Bloem
Finkbeiner
Kullmann
Scholl
Tentrup | f4afc6b7-22a9-4092-8a0c-8f356de215d5 | text | Not supported with pagination yet | ||
Which family has a consistent performance close to 100% across both Compound and QBFEval'20 benchmarks? | images/2106.02550_0.jpg | ['A) Balabanov', 'B) Biere', 'C) Bloem', 'D) Kullmann'] | B) Biere | 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: {imag... | arxiv_qa | f= | 98a84359-4c39-4163-8692-c8f1b9c3fe46 | figure | |||
Which family has a consistent performance close to 100% across both Compound and QBFEval'20 benchmarks? | images/2106.02550_0.jpg | ['A) Balabanov', 'B) Biere', 'C) Bloem', 'D) Kullmann'] | B) Biere | 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: {imag... | arxiv_qa | vt Lat 1 % 2 of of i of 1 0% | 90ec3a8a-05b6-406e-9637-a85a02f10e35 | figure | |||
Based on the vector fields shown in the bottom portion of the figure, what characteristic changes from panel A to panel D? | images/1508.02520_1.jpg | ['A. The direction of the magnetic field Hy', 'B. The intensity of the electric field', 'C. The radius R of the particle', 'D. The distribution of the vector field', '-'] | 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: {imag... | arxiv_qa | rey - — ,— | 33c6ae47-14c1-4b8c-9bae-a38887b59eeb | figure | |||
Based on the vector fields shown in the bottom portion of the figure, what characteristic changes from panel A to panel D? | images/1508.02520_1.jpg | ['A. The direction of the magnetic field Hy', 'B. The intensity of the electric field', 'C. The radius R of the particle', 'D. The distribution of the vector field', '-'] | 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: {imag... | arxiv_qa | Vs if “7 a —+ ~ N \ t N N .- s | a72b7ca2-15a8-436e-837e-6eef5ad7cf54 | figure | |||
Based on the trends in panel (a), what can be inferred about the behavior of noise power as frequency approaches zero? | images/1401.4162_0.jpg | ['A. Spin noise will surpass valley noise.', 'B. Total noise will become negative.', 'C. Spin and valley noise will converge to a similar value.', 'D. Noise power for all types tends to increase.'] | 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: {imag... | arxiv_qa | ON = s 3 ty 4h 2 Mt am fit o Me i Oo“ \ Z
0 (a)
2
~=-=---= Spin Noise valley noise total noise
4 6 w/27 (GHz)
8
10
4
g 5? J WW = 2 £ o 2 1 Z
% (b)
-==---= Spin Noise valley noise total noise
10 (2/27 (GHz)
15 | c972d167-4aa3-4343-a133-a1ba0cb58266 | text | Not supported with pagination yet | ||
Which molecule is at the center of the depicted biochemical process? | images/1110.6051_0.jpg | ['A. Glucose', 'B. RuBP', 'C. ATP', 'D. NADH'] | 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: {imag... | arxiv_qa | cf9a006b-bcfb-42f4-bed1-93200adfb7e1 | figure | ||||
Based on the diagram in section (b), which concept is being visually represented through the connections in the coordinate space? | images/2008.04381_0.jpg | ['A. Neural network learning process', 'B. Cross-reasoning patterns between different coordinates', 'C. The distribution of data in a clustered network', 'D. A geographical mapping of coordinates'] | 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: {imag... | arxiv_qa | Cross Reasoning Generator (a) Cross reasoning in image space.
Bipartite Graph
eoO--O—O-O \@—C —-—-C oe —C O-O-€ ; @—O-C ; O
Mi dé TAL P\Qx0
(b) Cross reasoning in coordinate space.
Coordinate Space
Coordinate Space
projection a
+
reverse
projection
Source Nodes (c) Cross reasoning in a bipartite graph.
Targ... | 765dbad4-f8b4-4050-893b-8778b67d7c55 | text | Not supported with pagination yet | ||
Based on the diagram in section (b), which concept is being visually represented through the connections in the coordinate space? | images/2008.04381_0.jpg | ['A. Neural network learning process', 'B. Cross-reasoning patterns between different coordinates', 'C. The distribution of data in a clustered network', 'D. A geographical mapping of coordinates'] | 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: {imag... | arxiv_qa | Cross Reasoning Generator (a) Cross reasoning in image space. | 53c17330-ca44-4173-b8ca-60718b8d13f2 | figure | |||
Based on the diagram in section (b), which concept is being visually represented through the connections in the coordinate space? | images/2008.04381_0.jpg | ['A. Neural network learning process', 'B. Cross-reasoning patterns between different coordinates', 'C. The distribution of data in a clustered network', 'D. A geographical mapping of coordinates'] | 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: {imag... | arxiv_qa | 397a11d0-587b-4f11-99c2-3d800ca3521b | figure | ||||
Based on the diagram in section (b), which concept is being visually represented through the connections in the coordinate space? | images/2008.04381_0.jpg | ['A. Neural network learning process', 'B. Cross-reasoning patterns between different coordinates', 'C. The distribution of data in a clustered network', 'D. A geographical mapping of coordinates'] | 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: {imag... | arxiv_qa | 6e08c1fd-60ca-43c4-ae8a-da6fad67090b | figure | ||||
Based on the diagram in section (b), which concept is being visually represented through the connections in the coordinate space? | images/2008.04381_0.jpg | ['A. Neural network learning process', 'B. Cross-reasoning patterns between different coordinates', 'C. The distribution of data in a clustered network', 'D. A geographical mapping of coordinates'] | 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: {imag... | arxiv_qa | d9cd3733-63f0-462f-bb1a-4a51ecccd485 | figure | ||||
Based on the behavior of the functions in the figure, what is a likely physical context of the graphs? | images/0903.2129_1.jpg | ['A. The graphs show the distribution of light intensity in a double-slit experiment.', 'B. They represent the vibration modes of a circular membrane.', 'C. The patterns are indicative of electron orbital shapes in a hydrogen atom.', 'D. These are graphs of sound waves emitted by a single-frequency source.'] | 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: {imag... | arxiv_qa | x“
th ‘ill. ald | eacbbda9-b9ee-4e32-9890-5b69cbf1350f | text | Not supported with pagination yet | ||
Based on the behavior of the functions in the figure, what is a likely physical context of the graphs? | images/0903.2129_1.jpg | ['A. The graphs show the distribution of light intensity in a double-slit experiment.', 'B. They represent the vibration modes of a circular membrane.', 'C. The patterns are indicative of electron orbital shapes in a hydrogen atom.', 'D. These are graphs of sound waves emitted by a single-frequency source.'] | 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: {imag... | arxiv_qa | 9ec3cb4d-c873-414c-b007-2d3f91efbd77 | figure | ||||
As per the figure, what is the relationship between the primary energy of cosmic rays and the signal-to-noise ratio (SNR) at a fixed count rate? | images/astro-ph0207226_3.jpg | ['A) The SNR increases with an increase in primary energy.', 'B) The SNR decreases with an increase in primary energy.', 'C) The SNR remains constant with changes in primary energy.', 'D) The SNR first decreases and then increases with an increase in primary energy.'] | B) The SNR decreases with an increase in primary energy. | 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: {imag... | arxiv_qa | Countrate [1/Week]
E\ Fama viata \ N ee) re ee TT romul 10° 107 = 108 Primary Energy [eV] 10!”
SNR (55 MHz) | 97d31ec1-0af6-4af8-aa08-9b90161beabf | text | Not supported with pagination yet | ||
As per the figure, what is the relationship between the primary energy of cosmic rays and the signal-to-noise ratio (SNR) at a fixed count rate? | images/astro-ph0207226_3.jpg | ['A) The SNR increases with an increase in primary energy.', 'B) The SNR decreases with an increase in primary energy.', 'C) The SNR remains constant with changes in primary energy.', 'D) The SNR first decreases and then increases with an increase in primary energy.'] | B) The SNR decreases with an increase in primary energy. | 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: {imag... | arxiv_qa | E\ N310000 10° 10!” 10'8 Primary Energy [eV] | f6175162-1004-46e3-9c3d-ef8c5ba91c2b | figure | |||
At what total utilization does the proposed algorithm begin to diverge significantly from the exhaustive search in terms of the percentage of schedulable task sets? | images/1608.07872_0.jpg | ['A. At 0.5 total utilization', 'B. At 0.7 total utilization', 'C. At 0.9 total utilization', 'D. At 1.0 total utilization'] | 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: {imag... | arxiv_qa | 6 : 0.3 0.4 0.5 0.6 0.7 0.8 0.9 | c333d71d-a467-4130-8a37-62d56d6cc5a5 | table | |||
At what total utilization does the proposed algorithm begin to diverge significantly from the exhaustive search in terms of the percentage of schedulable task sets? | images/1608.07872_0.jpg | ['A. At 0.5 total utilization', 'B. At 0.7 total utilization', 'C. At 0.9 total utilization', 'D. At 1.0 total utilization'] | 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: {imag... | arxiv_qa | Percentage of Schedulable Task—sets
Total Utilization | a669357e-ab6a-4eca-a069-cdfeaec69896 | text | Not supported with pagination yet | ||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | > 2
°o ° ° °
8 & 2 8 & & (2H) Aouanbes4
(2H) Anuanbas4
oo gs 8 $28
i ee ee re Of! ° O°
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D)
A CORA, yy
(S4EP) 19497 oansseid Punos
(S49P) J@A2e7 aunssaig punos ° 0 ° | a38e3c4c-bd71-4c42-b3ad-2726a1bd6b8c | text | Not supported with pagination yet | ||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 9c6e0914-8ba8-4fde-b659-7282d6ccd7f1 | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 880629d1-ce31-420c-9c56-bb832bcd5635 | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | e0e1a863-1474-4887-bd88-d0aa2c925a2f | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 994a64e6-7f25-4c54-aa3e-820547ba3fc1 | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 08324dca-2037-4825-a20d-6f22562ec590 | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 87a4aa3b-3e94-45e5-bdba-9f63260f8cc2 | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | 36533afd-21c4-4410-8261-b8af7821cf8d | figure | ||||
Which figure shows a signal that might be characteristic of intermittent interference or breaks in transmission? | images/1902.09069_1.jpg | ['A) Figure C', 'B) Figure D', 'C) Figure E', 'D) Figure F'] | 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: {imag... | arxiv_qa | cc9ad471-2402-49d2-b164-1015df9307e3 | figure | ||||
What is the relationship between the elements labeled 'x' and 'y' on the left side of the figure and the elements 'a', 'b', 'c' on the right side of the figure? | images/1904.13052_0.jpg | ["A. 'x' and 'y' are independent variables, while 'a', 'b', 'c' are dependent variables.", "B. 'x' and 'y' represent observed variables, while 'a', 'b', 'c' represent latent variables.", "C. 'x' and 'y' are hyperparameters, while 'a', 'b', 'c' are parameters of the model.", "D. 'x' and 'y' represent input data, while '... | 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: {imag... | arxiv_qa | @:
actor graph
ae © @ © | 955c1334-61f9-4c4d-8f1f-039f084b00a8 | text | Not supported with pagination yet | ||
What is the relationship between the elements labeled 'x' and 'y' on the left side of the figure and the elements 'a', 'b', 'c' on the right side of the figure? | images/1904.13052_0.jpg | ["A. 'x' and 'y' are independent variables, while 'a', 'b', 'c' are dependent variables.", "B. 'x' and 'y' represent observed variables, while 'a', 'b', 'c' represent latent variables.", "C. 'x' and 'y' are hyperparameters, while 'a', 'b', 'c' are parameters of the model.", "D. 'x' and 'y' represent input data, while '... | 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: {imag... | arxiv_qa | e945b073-9cbe-4ca2-ba9b-1b6f2ffcafc6 | figure | ||||
What is the relationship between the elements labeled 'x' and 'y' on the left side of the figure and the elements 'a', 'b', 'c' on the right side of the figure? | images/1904.13052_0.jpg | ["A. 'x' and 'y' are independent variables, while 'a', 'b', 'c' are dependent variables.", "B. 'x' and 'y' represent observed variables, while 'a', 'b', 'c' represent latent variables.", "C. 'x' and 'y' are hyperparameters, while 'a', 'b', 'c' are parameters of the model.", "D. 'x' and 'y' represent input data, while '... | 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: {imag... | arxiv_qa | ac34d0e6-3947-403c-8331-cc717a40ec52 | figure | ||||
In the model architecture presented, what is the function of the 'Attention-Based Relationship Reasoning'? | images/2111.00788_2.jpg | ['A. It generates the intention signal for each vehicle.', 'B. It adjusts the error in the generated trajectory based on observed data.', 'C. It calculates the context vector for the encoder-decoder network.', 'D. It reasons about the relationships between different vehicles to inform the intention generation.'] | 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: {imag... | arxiv_qa | Oy Bee G Rec —- @® is @ B- Semantic Graph Network (SGN) Encoder Decoder Network (EDN) Context bee ee ee Vector
) Relative wa -
Observed
Trajectory
Feat Semantic Graph come Construction
Historic
State
!
1 | ff437478-299d-495c-98b3-dcb53eb54aaf | text | Not supported with pagination yet | ||
In the model architecture presented, what is the function of the 'Attention-Based Relationship Reasoning'? | images/2111.00788_2.jpg | ['A. It generates the intention signal for each vehicle.', 'B. It adjusts the error in the generated trajectory based on observed data.', 'C. It calculates the context vector for the encoder-decoder network.', 'D. It reasons about the relationships between different vehicles to inform the intention generation.'] | 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: {imag... | arxiv_qa | Feature Encoding &> Rec CG» —<, S&S Rec eo — & Rec Semantic Graph Network (SGN) Encoder Decoder Network (EDN) Encoder“ GRu |—>|Gru |—> ---—» |/eRu | 4 A 4 1 Context Vector | ba5ace02-cb49-40b8-bdd2-74ae93791da8 | figure | |||
In the model architecture presented, what is the function of the 'Attention-Based Relationship Reasoning'? | images/2111.00788_2.jpg | ['A. It generates the intention signal for each vehicle.', 'B. It adjusts the error in the generated trajectory based on observed data.', 'C. It calculates the context vector for the encoder-decoder network.', 'D. It reasons about the relationships between different vehicles to inform the intention generation.'] | 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: {imag... | arxiv_qa | | Relative | ffc4f03b-004a-4eed-9c0e-2a674c65bef7 | figure | |||
In the model architecture presented, what is the function of the 'Attention-Based Relationship Reasoning'? | images/2111.00788_2.jpg | ['A. It generates the intention signal for each vehicle.', 'B. It adjusts the error in the generated trajectory based on observed data.', 'C. It calculates the context vector for the encoder-decoder network.', 'D. It reasons about the relationships between different vehicles to inform the intention generation.'] | 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: {imag... | arxiv_qa | c2ab2074-bbf8-4451-96ae-b21047745391 | figure | ||||
In the model architecture presented, what is the function of the 'Attention-Based Relationship Reasoning'? | images/2111.00788_2.jpg | ['A. It generates the intention signal for each vehicle.', 'B. It adjusts the error in the generated trajectory based on observed data.', 'C. It calculates the context vector for the encoder-decoder network.', 'D. It reasons about the relationships between different vehicles to inform the intention generation.'] | 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: {imag... | arxiv_qa | 06ece160-fcf8-45a6-8485-abe2a9f32ec1 | figure | ||||
In Figure (b), which process shows the least variation in the coefficient of performance \( \varepsilon \) over the entire range of τ? | images/2008.09327_3.jpg | ['A) Adiabatic', 'B) Non-adiabatic', 'C) CD 2-spin', 'D) CD 3-spin'] | 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: {imag... | arxiv_qa | NB) o {S) Sg ca) = wm & w oO ae Cy °
Wy S re oO = o (2) OC
Adiabatic
Non-adiabatic
CD 1-spin CD 2-spin CD 3-spin CD 4-spin Adiabatic Non-adiabatic CD 1-spin CD 2-spin CD 3-spin CD 4-spin | a00f97fc-e2e3-4cec-8d4a-74e7b7cf00e1 | text | Not supported with pagination yet | ||
In Figure (b), which process shows the least variation in the coefficient of performance \( \varepsilon \) over the entire range of τ? | images/2008.09327_3.jpg | ['A) Adiabatic', 'B) Non-adiabatic', 'C) CD 2-spin', 'D) CD 3-spin'] | 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: {imag... | arxiv_qa | a ANVIL QMALUIAMULW _gat-e— CD 1spin —e CD 2-spin —0.6 -=—-e— CD 3spin —e— CD 4spin 10-2 ig 10° 10! 10? 10° 0.30 0.25 0.20 Adiabatic Non-adiabatic CD 1-spin CD 2-spin CD 3-spin 0.05 CD 4-spin 1(\-2 19-1 1:0 191 112 112 | 337e4e32-d2ad-44eb-b17e-f2ad92d82eb3 | figure | |||
At what approximate oxygen coverage does the energy difference (E) between ferromagnetic (FM) and antiferromagnetic (AF) structures reach its maximum based on the trends shown? | images/1511.01614_0.jpg | ['A. 0.25 ML', 'B. 0.5 ML', 'C. 0.75 ML', 'D. 1 ML', '-'] | 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: {imag... | arxiv_qa | MM(u,) (meV/Fe) p(1x2)-AF p(2x1)-AF c(2x2)-AF PrP Or 49-9 <0 <>< -OP4R, <> DrO>-Or spe pror adored «af oreo <Q>-O>-O><d-<d- <@ <o -@><0 ora. o>
E
J(meV)
0
0.25 0.5 0.75 Oxygen-coverage (ML)
] | 6d75179b-8e73-49c5-97ad-a031c291bfe1 | text | Not supported with pagination yet | ||
At what approximate oxygen coverage does the energy difference (E) between ferromagnetic (FM) and antiferromagnetic (AF) structures reach its maximum based on the trends shown? | images/1511.01614_0.jpg | ['A. 0.25 ML', 'B. 0.5 ML', 'C. 0.75 ML', 'D. 1 ML', '-'] | 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: {imag... | arxiv_qa | —> [100] EM. p(1x2)-AF p(2x1)-AF c(2x2)-AF 1] Or-G> OP 58-484 <@--O><@ “Or-42, o> d>D>-> <r <prorad -ored <a ord “OP <O>-<O><0-<d- <0 <0 <0 > eB RE Be aE RUE de: | ff6ec137-7cbf-4ac3-90a2-e1e74cc17601 | figure | |||
Based on the figure, what can be inferred about the location of the observed subject? | images/2304.12347_3.jpg | ['It is located at the center of the red elliptical contours.', 'It is widely spread across the entire image.', 'It is situated outside the field of view of the ALMA beam.', 'It is confined to the hatched ALMA beam area.'] | 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: {imag... | arxiv_qa | |arcsec|
ADec
Ex-MORA 2mm JWST F444w
ARA [arcsec] | cce4c7af-e6ca-4414-810c-83866b7f9dee | text | Not supported with pagination yet | ||
Based on the figure, what can be inferred about the location of the observed subject? | images/2304.12347_3.jpg | ['It is located at the center of the red elliptical contours.', 'It is widely spread across the entire image.', 'It is situated outside the field of view of the ALMA beam.', 'It is confined to the hatched ALMA beam area.'] | 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: {imag... | arxiv_qa | Ex-MORA 2mm JWST F444w | a30b9c9f-3190-4c68-be06-db24df80c24d | figure | |||
Based on the graph, after how many years does the concentration for α = 0.2 fall below 1 mg/L? | images/2010.02168_1.jpg | ['5 years', '10 years', '15 years', '20 years', '-'] | 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: {imag... | arxiv_qa | 4.5 Ix, -y l= 104, -0.2] aq = 0.2
Concentration [mg/ L]
Time | Year] | af28cb06-af18-412e-9ab6-21c1825f4ab4 | text | Not supported with pagination yet | ||
Based on the graph, after how many years does the concentration for α = 0.2 fall below 1 mg/L? | images/2010.02168_1.jpg | ['5 years', '10 years', '15 years', '20 years', '-'] | 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: {imag... | arxiv_qa | 4.5 So Deak _ aq = 0.2 Ix, ,y gl = [0.4, -0.2] | c87bd3e9-91fd-44b2-9a75-e8ee885a5a22 | figure | |||
What might the purpose of the white silhouette against the black background be? | images/2210.08394_0.jpg | ['A. To highlight the motion being analyzed', 'B. To represent a shadow', 'C. To depict the absence of movement', 'D. To show a negative image for artistic purposes'] | 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: {imag... | arxiv_qa | 9f2684db-b54c-4316-9eee-9c97b8ee927e | figure | ||||
What might the purpose of the white silhouette against the black background be? | images/2210.08394_0.jpg | ['A. To highlight the motion being analyzed', 'B. To represent a shadow', 'C. To depict the absence of movement', 'D. To show a negative image for artistic purposes'] | 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: {imag... | arxiv_qa | fb86a020-28ed-4b19-b5a5-cfca43a0f465 | figure |
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