Tommy Apriantono

Development of Dual Video Acquisition and Parallel AVI Player with Camera Calibration System for Supporting Dual View Motion Detection

Human motion capture consists of the recording of human body movements for immediate or delayed analysis and playback. Development of the dual video acquisition methods and continued with dual and parallel AVI player display can visually display dual view motion detection and successfully identify the depth of the motion detection. Times and frames are played together in dual AVI player display. The mouse cursor tags, using markers, every motion manually and records the two view graphics movement of the joints represented by the markers. The software module to find Ln of two camera calibration that connects a 2 dimensional image plane and 3 dimensional world coordinates has been built using Direct Linear Transformation equation with distance error i¾±0,44 pixels for video camera 1 and i¾±1,03 pixels for video camera 2.

Dual video acquisition and parallel AVI player for supporting dual view motion detection

The processing of images in computer vision has developed from early days of single frame, through binocular stereo, multi-view point stereo, streaming video, and up to streaming multi-view point capture. Development of the Dual video acquisition methods and continued with dual and parallel AVI player display can visually display dual view motion detection and successfully identify the depth of the motion detection. Both recorded AVI file store on the data storage was played parallel in the same time. Times and frames are play together in dual AVI player display. The purpose of locating position by mouse cursor program is to tag the markers position every single motion manually and then recorded for supporting two view graphics movement of the joints represented by the markers.