Internet Video Coding (IVC) has been developed in MPEG by combining well-known existing technology elements and
new coding tools with royalty-free declarations. In June 2015, IVC project was approved as ISO/IEC 14496-33 (MPEG-
4 Internet Video Coding). It is believed that this standard can be highly beneficial for video services in the Internet
domain. This paper evaluates the objective and subjective performances of IVC by comparing it against Web Video
Coding (WVC), Video Coding for Browsers (VCB) and AVC High Profile. Experimental results show that IVC’s
compression performance is approximately equal to that of the AVC High Profile for typical operational settings, both
for streaming and low-delay applications, and is better than WVC and VCB.
This paper briefly introduces biological sensing based on guided-mode resonance (GMR) effect and two main application models commonly used in biomolecular sensing. The two models are GMR label-free detecting biosensor and GMR enhanced fluorescence bioimager. Using these biosensor and bioimager, the detecting limitation and imaging resolution in current researches are reviewed. We also indicate the detection results and a few achievements in our work. Some other potential applications are also described in the paper.
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