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What is the lattice momentum range depicted in panel (b) of the figure? | images/1312.4186_3.jpg | ['A) \\((-\\pi, \\pi)\\)', 'B) \\((0, \\pi)\\)', 'C) \\((-\\pi, 0)\\)', 'D) \\((-\\pi/2, \\pi/2)\\)'] | 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 | Energy (t) | (-1,0) (0,0) (1,0) (1,2) (0,0 Lattice momentum P | ada6a0f2-3a72-41b4-a786-1ab73aab2c7c | figure | |||
What is the lattice momentum range depicted in panel (b) of the figure? | images/1312.4186_3.jpg | ['A) \\((-\\pi, \\pi)\\)', 'B) \\((0, \\pi)\\)', 'C) \\((-\\pi, 0)\\)', 'D) \\((-\\pi/2, \\pi/2)\\)'] | 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 | -13 -14 -15 -16 -17 -18 -19 0 = =-111} — — —{2s1} —— {3\(S = 1/2) 2 Ns | d0f8b604-b478-4d6d-be0f-b1ce02ffc940 | figure | |||
In graph (c), what is the significance of the inset graph showing \( \lambda_{\infty}(L) \) as a function of \( L^{-1} \)? | images/2109.02264_1.jpg | ['A) It shows that \\( \\lambda(t) \\) approaches a constant value as \\( L \\) increases.', 'B) It indicates that \\( \\lambda(t) \\) decreases without bound as \\( L \\) increases.', 'C) It demonstrates that \\( \\lambda(t) \\) has no dependence on \\( L \\).', 'D) It indicates an error in the measurements as \\( L \\) increases.'] | 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 | & 2/3 . 0 uniform
0.3} a Sk [A], Ku [A] &
uniform skewness A point skewness @ uniform kurtosis
|__ | c826730f-165b-44ba-b8de-57a568f5462c | text | Not supported with pagination yet |
||
In graph (c), what is the significance of the inset graph showing \( \lambda_{\infty}(L) \) as a function of \( L^{-1} \)? | images/2109.02264_1.jpg | ['A) It shows that \\( \\lambda(t) \\) approaches a constant value as \\( L \\) increases.', 'B) It indicates that \\( \\lambda(t) \\) decreases without bound as \\( L \\) increases.', 'C) It demonstrates that \\( \\lambda(t) \\) has no dependence on \\( L \\).', 'D) It indicates an error in the measurements as \\( L \\) increases.'] | 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 | 0.00 0.01 ,—2/3 0.02 | 38aca888-e4a7-4dd6-a009-daf7f43291d3 | figure | |||
What is the purpose of the shaded areas across the w frames in the MQ and NLQ figure? | images/2302.08063_1.jpg | ['A. They represent frames that are not relevant to the query.', 'B. They indicate the sections of the video being queried.', 'C. They show the segments with the lowest foreground score.', 'D. They signify areas where the bounding boxes are most dense.'] | 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 | Ww frames w frames w frames . " - I I —lhUhCU 0 (b) MQ and NLQ
- w frames Identified -~__ = 1 peaks _ ~ foreground score logit Ts 1 logit Te Fen ee ooo one eee aN 4 dees 1 1 1 boxes b i 0 (a) VQ2D
(a) VQ2D
start time
end time
Query | 3325e2ce-e138-41f5-b658-07e65f409b2a | text | Not supported with pagination yet |
||
What is the purpose of the shaded areas across the w frames in the MQ and NLQ figure? | images/2302.08063_1.jpg | ['A. They represent frames that are not relevant to the query.', 'B. They indicate the sections of the video being queried.', 'C. They show the segments with the lowest foreground score.', 'D. They signify areas where the bounding boxes are most dense.'] | 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 | w frames w frames w frames (b) MQ and NLQ | d9858897-4d0b-4457-ae1c-53a46e56bd8a | figure | |||
What is the purpose of the shaded areas across the w frames in the MQ and NLQ figure? | images/2302.08063_1.jpg | ['A. They represent frames that are not relevant to the query.', 'B. They indicate the sections of the video being queried.', 'C. They show the segments with the lowest foreground score.', 'D. They signify areas where the bounding boxes are most dense.'] | 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 | w frames entified eaks = ~~ soe s ~- - ne logit Te iepurtatenla is Pesre ce iteen re mae ae e logit Te PePe er era ere or Ve neelee nee aa Gt ——— are eee ie iding . eae i = SUN A. 0 1 fla\ \INMONn | 5fb2f56b-bb62-4043-80a3-96dd0fa88641 | figure | |||
What does the "IC loss" in the diagram specifically aim to minimize? | images/2212.03498_1.jpg | ['A. The size of the pseudo mask', 'B. The inconsistency between features extracted from different network backbones', 'C. The size of the annotated box', 'D. The differences between SANet models'] | 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 | ICE loss + Dice loss box annotation predicted CE loss + Dice loss
mask
@ SANet using Res2Net @ SANet using PVT fusion filtering sample image consistency loss ay uncertain regions | 0f862ce2-51fa-4b16-a73a-99f2a6bf3719 | text | Not supported with pagination yet |
||
What does the "IC loss" in the diagram specifically aim to minimize? | images/2212.03498_1.jpg | ['A. The size of the pseudo mask', 'B. The inconsistency between features extracted from different network backbones', 'C. The size of the annotated box', 'D. The differences between SANet models'] | 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 | KReSszZNet backbone ICE loss + Dice loss CE loss + Dice loss | d1b8fe0e-5536-4771-add3-118326486cb7 | figure | |||
What does the "IC loss" in the diagram specifically aim to minimize? | images/2212.03498_1.jpg | ['A. The size of the pseudo mask', 'B. The inconsistency between features extracted from different network backbones', 'C. The size of the annotated box', 'D. The differences between SANet models'] | 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 | 3c5985be-ae0a-4883-b15c-5c007fffc628 | figure | ||||
In the context of vector forces, what is depicted in subfigure (c)? | images/0806.4457_0.jpg | ['A) The object is experiencing equal forces in all directions', 'B) The object is experiencing a net force in the direction of \\( F_{\\parallel} \\)', 'C) The object is at rest with no forces acting on it', 'D) The object is experiencing a net force in the direction of \\( F_{\\perp} \\)'] | 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 | f00c7b6e-cf3b-42c2-bec9-ea0085366455 | figure | ||||
In the context of vector forces, what is depicted in subfigure (c)? | images/0806.4457_0.jpg | ['A) The object is experiencing equal forces in all directions', 'B) The object is experiencing a net force in the direction of \\( F_{\\parallel} \\)', 'C) The object is at rest with no forces acting on it', 'D) The object is experiencing a net force in the direction of \\( F_{\\perp} \\)'] | 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 | 42aa8af0-498a-40e7-a9fb-e6e7d9ee7527 | figure | ||||
What is the primary difference in the trend lines between the independent and coregulated scenarios in Panel D? | images/1602.08753_0.jpg | ['A) The coregulated lines show a decreasing trend while the independent lines increase.', 'B) The independent and coregulated lines are identical, showing no difference.', 'C) The coregulated lines are consistently above the independent lines.', 'D) The independent lines have a steeper slope than the coregulated lines.'] | 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 | © (blue) 1.5
(red), 71 0 4 “1.5
2 0
oo
@) (20000
j a is tie 3 -0.5 0.4 coregulate 7 8 7 a“ — 4 N 03 —* DD “1.5 0.2 2 0.1 2.5 0 0.2 0.4 0.6 0.8 1 0 0.2 0.4 0.6 0.8 1 Po Po i Hb | b396c8b4-91dd-4c1c-8225-2d69cdaf89c5 | text | Not supported with pagination yet |
||
What is the primary difference in the trend lines between the independent and coregulated scenarios in Panel D? | images/1602.08753_0.jpg | ['A) The coregulated lines show a decreasing trend while the independent lines increase.', 'B) The independent and coregulated lines are identical, showing no difference.', 'C) The coregulated lines are consistently above the independent lines.', 'D) The independent lines have a steeper slope than the coregulated lines.'] | 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 | 3f7c9b31-503b-4179-a98e-bfa4e20a5995 | figure | ||||
What is the primary difference in the trend lines between the independent and coregulated scenarios in Panel D? | images/1602.08753_0.jpg | ['A) The coregulated lines show a decreasing trend while the independent lines increase.', 'B) The independent and coregulated lines are identical, showing no difference.', 'C) The coregulated lines are consistently above the independent lines.', 'D) The independent lines have a steeper slope than the coregulated lines.'] | 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 | [Cilexererere) | 37184e7e-05cc-4c25-89e7-8854ca975f2c | figure | |||
What is the primary difference in the trend lines between the independent and coregulated scenarios in Panel D? | images/1602.08753_0.jpg | ['A) The coregulated lines show a decreasing trend while the independent lines increase.', 'B) The independent and coregulated lines are identical, showing no difference.', 'C) The coregulated lines are consistently above the independent lines.', 'D) The independent lines have a steeper slope than the coregulated lines.'] | 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 | pi = 0.95 pi = 0.05 Pi = 0.95, po = 0.5 Pi = 0.05, po = 0.95 independent coregulated ~ 4 Qos: > 48 02; 2 ot 25 0. 02 04 «60068 10 02 04 06 08 1 Po Po v v | 313e5cb9-1827-4dc2-96b2-6bd40a4e4754 | figure | |||
What can be concluded about the stars represented by blue squares in the upper right panel? | images/1103.0213_1.jpg | ['A) They have lower magnitudes compared to the stars represented by red triangles.', 'B) They are mostly found at a V magnitude of approximately 21.', 'C) They show a large deviation in Δ(B - F435W) at different V magnitudes.', 'D) They have a Δ(B - F435W) index that is consistently above zero.'] | 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 | © © wW wo (a) (a) MGEPVA —
JG
° © NWN
= Se
© C wo ve) (AV) (av) AGEPA —
g
° o (AV)
(MSEvd - g)V
18.0
19.0
20.0
21.0
22.0
MSGrd -
g
© be 5 5 26.0 ~w w | fed66be0-1fb3-469d-9c88-866cc074399e | text | Not supported with pagination yet |
||
What can be concluded about the stars represented by blue squares in the upper right panel? | images/1103.0213_1.jpg | ['A) They have lower magnitudes compared to the stars represented by red triangles.', 'B) They are mostly found at a V magnitude of approximately 21.', 'C) They show a large deviation in Δ(B - F435W) at different V magnitudes.', 'D) They have a Δ(B - F435W) index that is consistently above zero.'] | 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 | b6257985-b780-4dbd-9b90-c0b0c21c17a4 | figure | ||||
What can be concluded about the stars represented by blue squares in the upper right panel? | images/1103.0213_1.jpg | ['A) They have lower magnitudes compared to the stars represented by red triangles.', 'B) They are mostly found at a V magnitude of approximately 21.', 'C) They show a large deviation in Δ(B - F435W) at different V magnitudes.', 'D) They have a Δ(B - F435W) index that is consistently above zero.'] | 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 | a1901f51-cecb-40f8-983e-066d2c780a58 | figure | ||||
What can be concluded about the stars represented by blue squares in the upper right panel? | images/1103.0213_1.jpg | ['A) They have lower magnitudes compared to the stars represented by red triangles.', 'B) They are mostly found at a V magnitude of approximately 21.', 'C) They show a large deviation in Δ(B - F435W) at different V magnitudes.', 'D) They have a Δ(B - F435W) index that is consistently above zero.'] | 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 Av) 26.0 | 6eafed34-570a-4373-a50d-4278d085bb57 | figure | |||
According to the graph, how does the longitudinal resistivity (ρxx) vary with the magnetic field (B⊥) near 1.5 T? | images/cond-mat0207431_0.jpg | ['A) It increases monotonically.', 'B) It shows a peak at approximately 1.5 T.', 'C) It remains constant.', 'D) It decreases to zero.'] | 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 | 200 100 S| T=300mK n=9.2x10''em”
Px x(S2)/L | f5b3813a-a640-4560-87cf-a320c6587063 | text | Not supported with pagination yet |
||
According to the graph, how does the longitudinal resistivity (ρxx) vary with the magnetic field (B⊥) near 1.5 T? | images/cond-mat0207431_0.jpg | ['A) It increases monotonically.', 'B) It shows a peak at approximately 1.5 T.', 'C) It remains constant.', 'D) It decreases to zero.'] | 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 | S| T=300mK n=9.2x10''en 00 1.0 1.5 2.0 Ma ° 14 | LOO £ 4 0 4 | e01550cc-9b8a-4561-9ceb-aeb3a5aed0de | figure | |||
What is the purpose of the "Observer" component in the self-organizing distribution grid? | images/2112.07507_0.jpg | ['To measure the electrical currents in the grid.', 'To adapt the parameter setpoints based on measurements.', 'To control the opening and closing of the switches in the grid.', 'To store historical data for future analysis.'] | 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 | Self-organizing distribution grid the LV level Legend: —— —— O Hi a 1! © © [T77 Sensors Actuators Measurements trigger Parameter Setpoints adaptation Observer — Controller Registry U History and Knowledge Base Component State Estimation Optimization
Runtime adaption component
on
ICT-Grid
Electrical Grid
Open Switch
Closed Switch
Substation w. Transformer
Home with O-HEMS
External Grid Connections
O-HEMS
o-pms
PV panel
management | 6453678e-38ab-4cf0-b1ae-1fe7776a0123 | text | Not supported with pagination yet |
||
What is the purpose of the "Observer" component in the self-organizing distribution grid? | images/2112.07507_0.jpg | ['To measure the electrical currents in the grid.', 'To adapt the parameter setpoints based on measurements.', 'To control the opening and closing of the switches in the grid.', 'To store historical data for future analysis.'] | 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 | -organizing distribution grid ne LV level [>GDmaa| | 8 HOO Sensors Actuators trigger Measurements Parameter Setpoints adaptation Observer | __ _ -> Controller Silom =i enreli(ela Optimization Registry Vv Database History and Knowledge Base Component | 0dfd7b99-41b9-4536-aef5-ea609c6aa472 | figure | |||
What is the relationship between Mode 3 value ranges and their frequency as shown in the figure? | images/2001.00631_0.jpg | ['A) Higher value ranges occur more frequently.', 'B) Lower value ranges occur more frequently.', 'C) All value ranges occur with the same frequency.', 'D) Frequency cannot be determined from the figure.'] | B) Lower value ranges occur more frequently. | 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 | 5 1 ° 15 20 : _ mame Po) 10 20 30 10 20 30 10 20 30 10 20 30 10 20 30 Mode 3 10 20 30 10 20 30 10 20 30 10 20 30 0.5 | b2cde8e1-7199-4f5f-86b3-1e7c7c1eafe3 | text | Not supported with pagination yet |
||
What is the relationship between Mode 3 value ranges and their frequency as shown in the figure? | images/2001.00631_0.jpg | ['A) Higher value ranges occur more frequently.', 'B) Lower value ranges occur more frequently.', 'C) All value ranges occur with the same frequency.', 'D) Frequency cannot be determined from the figure.'] | B) Lower value ranges occur more frequently. | 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 | ir 5 s rl 15 10 : ee 10 | i 1 15 15 0.5 20 20 20 10 20 30 10 20 30 10 20 30 10 20 30 10 20 30 10 20 30 10 20 = 10 20 30 10 20 30 10 20 30 Mode 2 | d7536de9-ef0f-45b6-9879-a2382baedeb4 | figure | |||
What is the purpose of the magnified sections in the figures? | images/2302.14665_0.jpg | ['A. To show the texture of the torus surface.', 'B. To indicate areas of structural weakness.', 'C. To highlight the distribution of points at a closer scale.', 'D. To demonstrate a change in the color scheme.'] | 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 | 4d5fb879-992e-419d-9253-3ee3ea8e089c | figure | ||||
At which step does the 'Fine-tuning' method reach its peak accuracy according to the graph? | images/2210.17322_0.jpg | ['Step 1', 'Step 2', 'Step 3', 'Step 4'] | 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 | Accuracy (%)
Zero-shot Image Classification
<Tooelieaieieetentantantententanianlentenlantenkeniantenlantantanlantadantentenienlantenlandtaenianteatentantanledtantantetetantentententaanteted: weekentenladentelentententententedenientententeententadententeententetetateniateteentetenietetateteentetentententetetete™ leniedekenleion 307 — Fine-tuning 25}. —e— Joint training Re ce es cans cm nme en ns. ens om ems‘soms'Oms ons am mn ns ms sa camo gs Gee nn nn enn eum ents nn mum cam nnn un en ‘emn nn enn nm Ota om enn cm cam cD mb chm ‘tam ‘mS on en cE 0D nO eam cmD fanE ORS en uD UND GamD Gath END AD nD nD fs cnn cnn 30 ls Cam mm aD cn. emD Zn US OED np ENS OD aD GND nm extn aE GED OD OED RS UD cE UD a GED CAD GD Cand GnD AnD UND gHD GED CRD GON ORD OAD OED UND ORD OED ORD OD ORS ED nn Ge. UO eam Wines aD OD omm O' Une One | 73cd9ac5-48b9-4c7d-89a7-bfcc1c28fbf0 | text | Not supported with pagination yet |
||
At which step does the 'Fine-tuning' method reach its peak accuracy according to the graph? | images/2210.17322_0.jpg | ['Step 1', 'Step 2', 'Step 3', 'Step 4'] | 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 | ead ataer eR Re Hea RU Rie Taranaln renee eeRaomel bm ememte Red Mecite ane Mae eRe ERne Gem ci nam 30-7 , —— Fine-tuning coy pres en gg | f4718760-2481-4b84-9b2b-648488dd0456 | figure | |||
Which of the following best describes the interaction denoted by the red circled 'da' and '-d' in the figure? | images/1208.5149_0.jpg | ["A) An equilibrium state where 'da' is balanced by '-d'.", "B) A damping mechanism where 'da' negates '-d'.", "C) A derivative action where 'da' is the derivative of '-d'.", "D) A direct relationship where 'da' and '-d' are proportionally related."] | 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 | 700210b2-02d4-48da-846d-bb66dc56e496 | figure | ||||
Which of the following best describes the interaction denoted by the red circled 'da' and '-d' in the figure? | images/1208.5149_0.jpg | ["A) An equilibrium state where 'da' is balanced by '-d'.", "B) A damping mechanism where 'da' negates '-d'.", "C) A derivative action where 'da' is the derivative of '-d'.", "D) A direct relationship where 'da' and '-d' are proportionally related."] | 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 | e4096532-5680-4663-a25c-eef6c31d288f | figure | ||||
What does the circuit diagram in Figure b) represent? | images/1508.07972_0.jpg | ['A) A simple resistive circuit', 'B) An RL circuit without a power source', 'C) An RLC series circuit', 'D) A parallel LC circuit'] | 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 | AE. | 3aaaa812-9d82-4100-bfd6-36c4a46e925d | text | Not supported with pagination yet |
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What does the circuit diagram in Figure b) represent? | images/1508.07972_0.jpg | ['A) A simple resistive circuit', 'B) An RL circuit without a power source', 'C) An RLC series circuit', 'D) A parallel LC circuit'] | 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 | e29415f4-7273-44f5-b07b-689368b48a5f | figure | ||||
What does the circuit diagram in Figure b) represent? | images/1508.07972_0.jpg | ['A) A simple resistive circuit', 'B) An RL circuit without a power source', 'C) An RLC series circuit', 'D) A parallel LC circuit'] | 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 | Ee . | c52835e8-af57-4c1e-a3b4-3e71541c0eb3 | figure | |||
What laser sources were used in the Raman spectroscopy experiments depicted in the figure? | images/1110.0473_2.jpg | ['A) X-ray and UV laser', 'B) Ar+ and He-Ne laser', 'C) Infrared and Visible laser', 'D) UV and Green laser', '-'] | B) Ar+ and He-Ne laser | 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 | Intensity (Arb. Units)
200 CuCrOo a) + Ar laser 400 Eg z(xx)z’ | NS Z(xy)Z’ 600 800 200 -1 400 600
Stokes Shift (cm) | 0dd975be-d508-4c23-9333-bb675c376916 | text | Not supported with pagination yet |
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What laser sources were used in the Raman spectroscopy experiments depicted in the figure? | images/1110.0473_2.jpg | ['A) X-ray and UV laser', 'B) Ar+ and He-Ne laser', 'C) Infrared and Visible laser', 'D) UV and Green laser', '-'] | B) Ar+ and He-Ne laser | 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 | | re A GQ Ff a) Ar* laser He-Ne laser Eg Eg z(xx)z’ NY 2(xx)Z | 2(xy)z 00 400 600 g00 200 400 600 | 5ebf456f-fe31-4b51-a637-eaee5f54777f | figure |