Hexagon-Diamond Grid System for Motion Tracking

Ranjit Singh, Sarban Singh and Sani Irwan, Md Salim and Siva Kumar, Subramaniam (2010) Hexagon-Diamond Grid System for Motion Tracking. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Basically, many algorithms are available and developed recently to maintain accuracy and precision in achieving high compression ratio in video coding techniques. Each technique has its own advantages and disadvantages. Motion Estimation or video coding are widely being used but user's are not aware about the function and the most suitable algorithm that can be used. Thus, this project is proposed to develop the Hexagon-Diamond Grid System algorithm for motion tracking purposes. Block-Matching technique is applied into the search method which will exploit different search pattern and strategies for finding the optimum motion vector with drastically reduced number of search points compared to some other algorithms. • To reduced the computation cost and compare between available algorithms (advantages and disadvantages). • Gain the error of image processing. Besides that also producing a fast processing algorithm to process a quality image. • To gain knowledge on image processing area: o This includes Motion Estimation (ME) o Block Matching Algorithm (BMA) • To model the modeling algorithm using MA TLAB and subsequently analyze the performance. • To produce a simple, working program code for the algorithm.

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