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Boston University - VIP Lab: This video shows samples of annotated videos from ``In-the-Wild Events for People Detection and Tracking from Overhead Fisheye Cameras'' (WPEDTOF) dataset. For details, see vip.bu.edu/wepdtof

Boston University - VIP Lab: This video shows the output of BSUV-Net 2.0 background subtraction algorithm applied to a night-time video clip recorded by a traffic camera in Tokyo-Shinjuku, Japan (th-cam.com/video/RQA5RcIZlAM/w-d-xo.html). The original recording is shown on the left, foreground/background prediction is shown in the middle and their combination (darker pixels represent background...

Boston University - VIP Lab: This video shows the output of BSUV-Net 2.0 background subtraction algorithm applied to a day-time video clip recorded by a traffic camera in Tokyo-Shinjuku, Japan (th-cam.com/video/RQA5RcIZlAM/w-d-xo.html). The original recording is shown on the left, foreground/background prediction is shown in the middle and their combination (darker pixels represent background r...

Boston University - VIP Lab: This video shows the recording of a live demo to localize a person indoors using a network of 12 TAOS TCS-3472 single-pixel RGB sensors. The localization algorithm is data driven - the ground truth for training is obtained using two Kinect v2 cameras. A TensorFlow implementation of Artificial Neural Network (fully-connected) is used to estimate person's position.

Recording of a live demo produced by students within a course project (EC720 - Digital Video Processing)

Summary video of people occurring inn the original video sequence. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Summary video of vehicles occurring inn the original video sequence. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Summary video of boats occurring inn the original video sequence. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Events earlier detected in a shoreline video are classified here: blue rectangles signify boats, red rectangles signify vehicles and green rectangles signify people. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Events (white) detected in a shoreline video. The waves are mostly ignored whereas boats, vehicles and people are correctly detected. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Video of a shoreline used for the development of an algorithm to detect boats, vehicles and people, and summarize the occurrence of each in a separate video summary. More details at vip.bu.edu/projects/vsns/coastal-surveillance

Feitong Yi's Master's project on using Kinect camera for virtual keyboard and touchpad implementation. More details at vip.bu.edu/projects/hcis/virtual-keyboard

WHDH Channel 7 News clip about Boston University senior design project advised by Porfs. Janusz Konrad and Clem Karl from the Electrical and Computer Engineering Department. More details at vip.bu.edu/projects/video/ipark/

Video Condensation: Sidewalk Condensed - Boston University

Video Condensation: Sidewalk Original - Boston University

Video Condensation: Overpass Condensed - Boston University

Video Condensation: Overpass Original - Boston University

Video Condensation: Highway Condensed - Boston University

Video Condensation: Highway Original - Boston University

Video Condensation: Comparison of Cost Functions - Boston University

Action Recognition: Pummel Horse - Boston University

Action Recognition: Tennis 2 - Boston University

Action Recognition: Tennis 1 - Boston University

Group Sidewalk

Abandoned Object

Speedboats

Pond

Fountain

Tram CommAve