Visually Enhanced Ultra HD (VEUHD)

Visually Enhanced Ultra HD (VEUHD)

  • Visually Enhanced Ultra HD (VEUHD)
    ART/177CP
    20140520 - 20160219
    10933

    Mr Yiu-kei Li
    a) VEUHD algorithm description b) Algorithm simulation models in C/Matlab c) System functional specification of VEUHD FPGA d) Micro architecture specifications e) FPGA hardware implementation Implementation in hardware description language (verilog) f) Performance evaluation system and evaluation report i) FPGA prototyping board ii) TV system with 4K panel for demonstration
    Mr King Hung Chiu Dr Luhong Liang Mr Kenneth C. K. Lo Mr Tim Ka Lung Wong Mr Peter Cheng Mr Peng Luo Miss Xue Jiao Liu Mr Chung Shui Chow Mr Gordon Chung Mr Gordon Yu Mr Erik Qiu Ms Rita Cheng Mr Kwok Wai Hung Mr Yat Hung, Patrick Kong Mr Banghong, Band Chen Mr Fangyao Chen Mr Kwok Kwan Tong Dr Mi Suen, Michelle Lee
    APW International Limited Bio-Medical Engineering (HK) Limited E-cloud Technology Holding Limited [Sponsor] HiSilicon Technologies Co., Ltd. Marvel Digital Limited [Sponsor] Marvel Multi-dimensions Limited (licensing income) [Sponsor]

    TV manufacturers worldwide are pushing 4KTV as a major generation upgrade. 2013 marked the first year 4KTV (Ultra-HD) became available to consumer markets. However, it is observed that generation upgrade of end user display hardware is usually ahead that of storage and broadcast infrastructure by 5-7 years. The world’s first, pilot 4K broadcast is planned in Japan in 2014. Mass broadcast of 4K contents will begin around 2020. Before Ultra-HD (UHD) contents become widely available, HD-to-UHD conversion is a must-have feature for all 4K TVs. Traditional 2D scaling fails to meet user expectations and Chinese TV makers need a good solution to compete. This industrial requirement will be addressed in this project. This project proposes innovative and patentable techniques that intelligently analyze Full HD (1920x1080) input based on human visual sensitivities and upgrade it to UHD with enhanced quality. The project also proposes to collaborate with Southeast University (SEU) through the National ASIC System Engineering Research Centre to develop techniques to reduce codec introduced artifacts. The algorithms from ASTRI and SEU will be integrated and implemented on an FPGA platform for commercialization. This project enables product differentiation for 4KTVs and helps promote generation upgrade. This project targets major Chinese TV makers and high end IPTV content providers. Some of them are already ASTRI’s partners who have indicated interest in this project. This project further strengthens ASTRI’s strategic position.