Sentence examples for wireless mobile sensor from inspiring English sources
A barrier-coverage in wireless mobile sensor networks (WMSN) has attracted lots of interests recently.
However, interference is the main factor limiting the performance of wireless mobile sensor networks.
In this paper, we consider the cluster-based architecture and provide distributed clustering algorithms for mobile sensor nodes which minimize the energy dissipation for data-gathering in a wireless mobile sensor network.
The high-level contributions of this paper are the design and development of two distributed spanning tree-based data gathering algorithms for wireless mobile sensor networks and their exhaustive simulation study to investigate a complex stability-delay-throughput vs. node-network lifetime-coverage loss tradeoff that has been hitherto not explored in the literature.
Wireless sensor network and wireless mobile nodes in the network interface configuration are exactly the same.
The entire wireless sensor network constitute of M mobile sensor nodes {M 1, M 2, M 3,……M m } and N stationary sensor nodes {N 1, N 2, N 3,……N n },M ≺ ≺ N. The mobile nodes only play the role of forwarding, no data collection.
Augmenting WSN with mobile sensors and actors has led to the emergence of mobile sensor networks (MSNs)[3, 6] and wireless sensor and actor networks (WSANs)[7], respectively.
Monitoring solutions based on smartphones combined with mobile sensors and wireless communication technologies are a potential candidate to support complete mobility-freedom, not only for patients, but also for physicians.
Mobile wireless sensor networks (MWSNs), the continuous movement of sensor nodes, may cause complete disconnection of the network or at best a part of it.
Mobile Wireless Sensor Networks have the potential to meet the desired coverage requirements, by exploiting the device coordination and self-deployment capabilities.
Definition 3. Minimum-Delay POIs Coverage in mobile wireless sensor networks problem: Given k mobile sensors and the deployments of m POIs, the Minimum-Delay POIs Coverage problem is to schedule k mobile sensors to scan POIs along different trajectories such that the delay of the POIs coverage is minimized.
