A Simple and Adaptive Data Rate Control Scheme for Distributed Compressive Video Sensing

Year 2019, Volume: 21 Issue: 62, 685 - 696, 21.05.2019

Sinem Aslan , E. Turhan Tunalı

https://doi.org/10.21205/deufmd.2019216230

Abstract

Providing
fast video encoding, Compressive Sensing has been very suitable for the schemes
which require power-constraint devices such as in wireless sensor networks.
However, resulted data load on the network is extremely high and accomplishing
rate control on these compressive sensing codecs by a simple scheme is crucial.
In this paper we propose a simple scheme of data rate control mechanism for an
existing compressive sensing codec for distributed video coding which has been
reported as an efficient framework in terms of video reconstruction quality.
Our approach does not use a feedback channel from decoder which avoids encoder
to wait for high-complexity optimization problem. Embedding the proposed scheme
to the codec architecture, we have obtained ~43% gain in data rate with an
acceptable decrease (6%) in Video PSNR.

Keywords

Compressive sensing, Distributed video coding, Rate control, Adaptive sampling rate, Video quality

Dağıtık Sıkıştırmalı Video Algılama için Basit ve Uyarlanabilir bir Veri Hızı Kontrolü Tasarımı

Abstract

Sıkıştırmalı Algılama, düşük
karmaşıklıklı video kodlama imkanı sunduğu için, kablosuz duyarga ağları gibi
kaynak-kısıtlı cihazlar gerektiren ortamlar için oldukça uygundur. Ancak, ağ
üzerinde oluşan veri yükü geleneksel video kodlama yöntemleri ile
kıyaslandığında oldukça fazladır. Dolayısıyla, sıkıştırmalı algılamalı
kodlayıcı-kodçözücüler için düşük hesaplama karmaşıklıklı basit bir tasarım ile
veri hızı kontrolünün gerçekleştirilmesi önemlidir. Bu makalede, literatürde
dağıtık video kodlama uygulamaları için önerilmiş olan video geriçatım kalitesi
anlamında etkin bir sıkıştırmalı algılamalı kodlayıcı-kodçözücü kullanılarak
düşük karmaşıklı bir veri hızı kontrol mekanizması önerilmiştir. Önerilen
tasarım geri bildirim kanalı kullanmamakta ve dolayısıyla kodlayıcının yüksek
karmaşıklıklı eniyileme problemi çözümünü beklemesi gerekmemektedir. Önerilen
tasarım ile kabul edilebilir ölçüde (6%) Video PSNR kalite kaybına karşılık
dikkate çeker ölçüde (~43%) veri hızı kazanımı sağlandığı gösterilmiştir. 

Keywords

Sıkıştırmalı algılama, Dağıtık video kodlama, Veri hızı kontrolü, Uyarlanabilir veri hızı, Video geriçatım kalitesi

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