v5

datasets/datasets.md

@@ -7,4 +7,5 @@
 * <a href=year_datasets.md#top>Year</a> the dataset was published.  The objective of video prediction algorithms is to generate future scenes, often in the form of RGB images.
 * <a href=application_datasets.md#top>Application</a> that the dataset is used in. The application can be one of the five that used in this database, e.g. video or motion prediction.
 * <a href=task_datasets.md#top>Task</a> of the data in the dataset. For example, driving, cooking, activity, etc. the future trajectories of objects, i.e. the future positions of the objects over time.
-* <a href=annotation_datasets.md#top>Annotations</a> available in the dataset. This may include RGB images, bounding boxes, activity labels, etc.
+* <a href=annotation_datasets.md#top>Annotation</a> available in the dataset. This may include RGB images, bounding boxes, activity labels, etc.
+Note that the datasets are often used in different applications and contain different annotations. As a result, some datasets might appear in multiple groups in different categorizations.

papers/action_papers.md

@@ -6,7 +6,9 @@
 ___
 <a name=action></a>
 <h2 style="color:#2f38e8";> Action Prediction Papers</h2> 
+
 Below is the list of Action prediction papers sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication

papers/motion_papers.md

@@ -6,7 +6,9 @@
 ___
 <a name=motion></a>
 <h2 style="color:#c12fdc";> Motion Prediction Papers</h2> 
+
 Below is the list of Motion prediction papers sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication

papers/other_papers.md

@@ -6,7 +6,9 @@
 ___
 <a name=other></a>
 <h2 style="color:#bd831f";> Other Prediction Papers</h2> 
+
 Below is the list of Other prediction papers sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication

papers/papers.md

@@ -3,7 +3,7 @@
 <a href=../README.md#top><l style="font-size:30px">Home</l></a>&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;<l style="font-size:35px">Papers</l>&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;<a href=../datasets/datasets.md#top><l style="font-size:30px">Datasets</l></a>&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;<a href=../metrics.md#top><l style="font-size:30px">Metrics</l></a>&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;
 ---
 # Papers for vision-based prediction
-Below is the list of vison-based prediction applications used to categorize papers. For the list of papers in each category click on the name of application.
+Below is the list of vison-based prediction applications used to categorize papers. For the list of papers in each category click on the name of application. Note that some papers persent algorithms for multiple tasks so they might appear in more than one category.
 * <a href=video_papers.md#top>Video</a> or future scene prediction can be regarded as the most generic form of prediction.  The objective of video prediction algorithms is to generate future scenes, often in the form of RGB images.
 * <a href=action_papers.md#top>Action</a> prediction algorithms are used to predict future activities or events given partial  or no observations of the future activities or events.
 * <a href=trajectory_papers.md#top>Trajectory</a> prediction algorithms predict the future trajectories of objects, i.e. the future positions of the objects over time.

papers/papers_with_code.md

@@ -5,7 +5,9 @@
 [Home](papers.md#top)           [Video](video_papers.md#top)           [Action](action_papers.md#top)           [Trajectory](trajectory_papers.md#top)           [Motion](motion_papers.md#top)           [Other](other_papers.md#top)           Papers with code           
 ___
 <h2>Papers with Code</h2> 
+
 Below is the list of papers that have published code sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication

papers/trajectory_papers.md

@@ -6,7 +6,9 @@
 ___
 <a name=trajectory></a>
 <h2 style="color:#30bd19";> Trajectory Prediction Papers</h2> 
+
 Below is the list of Trajectory prediction papers sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication

papers/video_papers.md

@@ -6,7 +6,9 @@
 ___
 <a name=video></a>
 <h2 style="color:#d52b0f";> Video Prediction Papers</h2> 
+
 Below is the list of Video prediction papers sorted chronologically and according to the venues (in order of relevance) they were published in. Each paper in the list has a associated link to the publication page, and arxiv preprint or code links if available. By **clicking on the papers** you can get the following information:
+
 * **Datasets** used in the paper
 * **Metrics** used in the paper
 * **Bibtext** of the publication