Sentence examples for video sensor nodes from inspiring English sources

(g) Each sensor node is assumed to be aware of its geographic location with a transmission range of approximately 12.00 m, since a few sensor nodes are assumed to be video sensor nodes that have more constraints, such as the limitation on the sensing coverage and the FoV.

For this purpose, the following video sensor node model is used in this paper.

The first technique is adapting video frame rate at source sensor nodes.

SUIT is designed for target monitoring applications where sensor nodes start transmitting video frames when they detect any target in their field-of-view (FoV).

A system of wireless sensor nodes with synchronised video capability has been developed which allows rigid body motions and three-axis accelerations to be obtained by a single nine degree of freedom sensor node whilst the structural deformation of the hull girder can be obtained from a minimum of three nodes in parallel.

Since sensor nodes generate event-based video data, there is bursty traffic in the intended application.

The availability of advanced wireless sensor nodes enable us to use video processing techniques in a wireless sensor network (WSN) platform.

Directional sensor nodes equipped with ultrasound, infrared, and video sensors differ from traditional omni-directional sensor nodes with their unique characteristics, such as angle of view, working direction, and line of sight (LoS) properties.

Captured images or video information would be transmitted through mutual cooperation between heterogeneous sensor nodes to sink node.

Through the deployment of large-scale multimedia sensor nodes [1, 2], the information of audio, image, and video in the environment could be transmitted to a cloud platform with the multimedia stream transmission network.

Data collected by the motion sensors may not be continuously transmitted to the sink, but can be used locally by sensor nodes to know when to alert the sink and when to activate the video sensors.