Sensing coverage is one of the fundamental design issues in wireless sensor networks,
which reflects the surveillance quality provided by them. Moreover, network connectivity …

Given an initially uncovered field, and as more and more directional sensors (sensors with
sector shape sensing area) are continuously added to the sensor network, the size of partial …

In this paper, we consider adjustable-orientation directional sensor networks (ADODSNs) in
which nodes are deployed based on Poisson Point Process and the orientation of sensor …

Both coverage and connectivity are important problems in wireless sensor network, as more
and more non-orientation sensors are continuously added in to the region of interest, the …

Although most of the studies on coverage and connectivity in wireless sensor networks
(WSNs) considered two-dimensional (2D) settings, such networks can in reality be …

While sensing coverage reflects the surveillance quality provided by a wireless sensor
network (WSN), network connectivity enables data gathered by sensors to reach a central …

In wireless sensor networks, most existing works on region coverage mainly concentrate on
the omnidirectional sensor based full coverage, which ensures that all points in the sensor …

Connected-k-coverage has been recognized as an effective notion for prolonging the sensor
network lifetime. It requires the monitored region to be k-covered by a connected component …

This paper investigates the critical connectivity phenomena in the large-scale wireless
sensor network with continuum percolation theory. We analyze the critical number of nodes …

Most existing works on sensor coverage mainly concentrate on the full coverage models
which ensure that all points in the deployment region are covered at the expense of high …