Application of Color Transfer Algorithm in the Virtual Color Restoration of Ancient Architecture

Su Min Qi; Ran Xu

doi:10.4028/www.scientific.net/AMM.321-324.2291

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Study on 3-D Environment Technology of Basic Computer Teaching
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The Eigenvalue-Based Decomposition Method of Hermite Matrix and its Realization on Computer
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Application of Color Transfer Algorithm in the Virtual Color Restoration of Ancient Architecture
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Study on Appling the Sampling Information Processor into the Shared Control System Identification in Internet
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Design and Implementation of a Remote Calibration Monitoring System for TT&C Ships
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Study on the Strengthening Buffer Operators Based on the Interpolating Function
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Some New Research on the Strengthening Buffer Operators
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 321-324Application of Color Transfer Algorithm in the...

Application of Color Transfer Algorithm in the Virtual Color Restoration of Ancient Architecture

Abstract:

An automatic human motion tracking algorithm based the connection between the improved Snake model and optical flow arithmetic is proposed. The initial contour most close to human body is acquired by corner detection arithmetic, which decreases the iterations and reduces the probability of converging at local extreme value of Snake model. Because the tracking with Snake model is unstable and often loses the object, the good feature points are chosen from the contour points in current frame for optical flow estimation. Then the result is chosen as the initial contour in next frame. Experimental results show that improved Snake model can be deformed to the actual human body contour, and the automatic and real-time human tracking is implemented.