Error-resilient Motion-estimation Architecture

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Abstract—In this paper, we propose an energy-efficient motion estimation architecture. The proposed architecture employs the principle of error-resiliency to.

Providing high-quality video for packet-switched wireless video telephony on handheld devices is a challenging task due to packet loss, varying bandwidth, and end-to.

Error-resilient motion estimation architecture — University. – TY – JOUR. T1 – Error-resilient motion estimation architecture. AU – Varatkar,Girish Vishnu. AU – Shanbhag,Naresh R. PY – 2008/10. Y1 – 2008/10. N2 – In this paper.

Oct 6, 2010. Coding (DVC) architecture where motion estimation is performed both at the. complexity between the encoder and decoder, error resilience,

Survey of Dirac: A Wavelet Based Video Codec for Multiparty Video Conferencing 213 Ghanbari et. al. in [2] gives the background and history of various coding

On Nov 1, 2008 Girish Vishnu Varatkar (and others) published: Error-Resilient Motion Estimation Architecture

Jan 9, 2014. H.264/AVC is a video coding standard widely used in many multimedia services because of its higher coding efficiency and various application.

Encoder and Decoder Side Global and Local Motion Estimation for. – Oct 6, 2010. Coding (DVC) architecture where motion estimation is performed both at the. complexity between the encoder and decoder, error resilience,

Activity-Based Resource Allocation for Motion Estimation Engines – Sep 23, 2014. of approaches for fault-resilience of ME architectures have been. and N. Shanbhag, Error-resilient motion estimation architecture, IEEE.

Abstract: In this paper, we propose an energy-efficient motion estimation architecture. The proposed architecture employs the principle of error-resiliency to.

In this paper, we propose an energy-efficient motion estimation architecture. The proposed architecture employs the principle of error-resiliency to combat

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