Multiple Objective Frame Rate Up Conversion

In this paper, we propose a multiple objective frame rate up conversion algorithm (MOFRUC), which utilizes two different models. The first model is a constant velocity model that assumes the objects position is a linear function of time. The second model exploits the spatial correlation between neighboring blocks, and assumes the pixel intensity is highly correlated in a small local area. In this model, the perceptual quality of interpolated frame is also taken into account and the blocking artifact is minimized. Our proposed MOFRUC estimates the motion trajectory by the first model and interpolate the frame along the motion trajectory. At the same time, the algorithm refines the motion trajectory by maximizing a spatial correlation measurement defined in the second model and interpolates the frame with minimum blocking artifact. Simulation results show that our proposed MOFRUC outperforms other existing algorithms and produces high quality interpolated frame.

• Type: Conference
• Year: 2005
• Where: ICMCS
• Authors: Tak-Song Chong, Oscar C. Au, Wing-San Chau, Tai-Wai Chan
• Keywords: ICMCS 2005, Interpolated Frame, Model, Motion Trajectory