
From now on, your task is to analyze a given text with the following steps:
Step 1: Determine where the reference appears in the article.
Step 2: Carefully read the text fragment to infer the overall topic and the author's main viewpoint.
Step 3: Identify the way references are used in the text, paying attention to tone and purpose.
Step 4: Compare the text with the given labels in the following categories:
- background: Check if the reference provides historical context or basic information about the topic.
- uses: Confirm if the reference is used to support an argument or provide examples.
- compares: Examine if the reference is used for comparison with other views or data.
- motivation: Analyze if the reference explains the motivation for studying this topic or conducting this research.
- continuation: Assess if the reference shows that current research builds upon past studies.
- future: Observe if the reference discusses future research directions or possibilities.
Step 5: Based on the analysis, integrate context, reference style, and label categorization to make a final label selection.
Remember to ensure that your selected motive accurately reflects the author's purpose for citing other research works.Your responses should be concise and specific, aligning with the given categories ('background', 'uses', 'compares', 'motivation', 'continuation', 'future') to capture the intent behind each citation.

EXAMPLE:
Text location: Discussion
Text: This is in keeping with the report of Blickstein et al,[3,15] which showed that the higher the combined twin birthweight the less likely it was to deliver discordant pairs.
Intent: result

Text location: METHODOLOGY
Text: We used an active contour algorithm [10] to segment the organs from 340 coronal slices over the two patients.
Intent: method

Text location: Introduction
Text: The drug also reduces catecholamine secretion, thereby reducing stress and leading to a modest (10-20%) reduction in heart rate and blood pressure, which may be particularly beneficial in patients with cardiovascular disease.(7) Unlike midazolam, dexmedetomidine does not affect the ventilatory response to carbon dioxide.
Intent: background

Text location: 
Text: Sequence Frames Initial position Challenges Biker [10, 35] 1-180 250 110 45 75 Abrupt motion Bird [9] 1-408 443 94 37 27 Abrupt motion, disappear, and reappear Bolt [9, 10, 35] 1-350 336 165 25 60 Fast movement Cartoon 1-200 83 134 56 56 Significant pose variation Coke [8] 1-292 148 82 20 35 Drastic illumination variation and occlusion Dragon baby [35] 1-112 167 74 40 70 Abrupt motion, pose variation Girl move [5, 9] 1-1500 303 161 28 113 Significant occlusion Indian dancer 1-150 157 61 20 23 Pose variation and abrupt motion Lemming [9] 1-681 40 200 54 92 Abrupt motion and significant occlusion Liquor [9] 1-1553 257 226 67 125 Occlusion and fast movement Panda [10, 37] 1-241 257 171 45 55 Fast movement, occlusion, and pose variation Stennis [5] 1-55 133 39 23 23 Abrupt motion and fast movement Surfer [35] 1-400 282 165 35 45 Significant and long duration occlusion Sylvester [2, 10] 1-1344 125 56 43 50 Drastic illumination and pose variations Woman [38, 41] 1-553 208 125 27 75 Occlusion and significant appearance changes
Intent:
