There is an increasing interest in using video sensor networks (VSNs) as an alternative to
existing video monitoring/surveillance applications. Due to the limited amount of energy …

The H. 264/AVC video encoding standard has many advanced features that can be tailored
to suit a wide range of applications. In order to obtain optimal coding performance in video …

Video sensor networks (VSNs) require extensive computation for encoding and transmitting
the captured video data. The encoder settings used by the VSN nodes determine the …

Video sensor networks (VSN) offer an interesting platform for a distributed and flexible
surveillance system. In such a system, video compression and wireless transmission are the …

The availability of advanced wireless sensor nodes enable us to use video processing
techniques in a wireless sensor network (WSN) platform. Such paradigm can be used to …

Wireless Video Sensor Networks (WVSNs)-a type of WSNs-comprise of sensor nodes that
can capture, process and communicate video frames. The battery powered sensor nodes …

In transmitting image/video data over Video Sensor Networks (VSNs), energy consumption
must be minimized while maintaining high image/video quality. Although image/video …

Wireless video sensor networks (WVSN) are energy constrained systems where deployed
video nodes are capable of capturing the visual scene, performing local processing such as …

This paper proposes a model to predict the energy consumption of a H. 264/AVC intra-only
based encoder designed for the wireless video sensor networks (WVSNs). Such model is of …

Among different sensors used in machine-to-machine (M2M) networks, video sensors can
provide the richest information. However, much higher bandwidth and power consumption …