Wireless sensor networks (WSNs) include sensor nodes in which each node is able to monitor the physical area and send collected information to the base station for further analysis. The important key of WSNs is detection and coverage of target area which is provided by random deployment. This paper reviews and addresses various area detection and coverage problems in sensor network. This paper organizes many scenarios for applying sensor node movement for improving network coverage based on bioinspired evolutionary algorithm and explains the concern and objective of controlling sensor node coverage. We discuss area coverage and target detection model by evolutionary algorith
Wireless sensor connectivity is one of several factors that determines the communication reliability...
© 2016 IEEE. In hostile environments, random deployment of a Wireless ¡Sensor Network (WSN) may be t...
International audienceThe sensor deployment problem consists in finding an optimal (or near-optimal)...
Wireless sensor networks (WSNs) include sensor nodes in which each node is able to monitor the physi...
Wireless sensor networks extend the capability to monitor and control far-flung environments. Howeve...
Wireless sensor networks have been widely considered as one of the most important 21th century techn...
Wireless Sensor Networks have proved to be very useful in monitoring environmental conditions of rem...
9th WSEAS International Conference on Evolutionary Computing -- MAY 02-04, 2008 -- Tech Univ Sofia, ...
Wireless Sensor Networks (WSNs) are commonly used in various pervasive applications. Wireless commun...
Ensuring optimal coverage is a central objective of every sensor deployment plan. Effective monitori...
Abstract: As the usage and development of wireless sensor networks increases, problems related to th...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
Wireless sensor nodes with specific and new sensing capabilities and application requirements have a...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
This research investigate the modeling of Blocks, Present in the sensing field and its impact in the...
Wireless sensor connectivity is one of several factors that determines the communication reliability...
© 2016 IEEE. In hostile environments, random deployment of a Wireless ¡Sensor Network (WSN) may be t...
International audienceThe sensor deployment problem consists in finding an optimal (or near-optimal)...
Wireless sensor networks (WSNs) include sensor nodes in which each node is able to monitor the physi...
Wireless sensor networks extend the capability to monitor and control far-flung environments. Howeve...
Wireless sensor networks have been widely considered as one of the most important 21th century techn...
Wireless Sensor Networks have proved to be very useful in monitoring environmental conditions of rem...
9th WSEAS International Conference on Evolutionary Computing -- MAY 02-04, 2008 -- Tech Univ Sofia, ...
Wireless Sensor Networks (WSNs) are commonly used in various pervasive applications. Wireless commun...
Ensuring optimal coverage is a central objective of every sensor deployment plan. Effective monitori...
Abstract: As the usage and development of wireless sensor networks increases, problems related to th...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
Wireless sensor nodes with specific and new sensing capabilities and application requirements have a...
Wireless sensor networks are made up by communicating sensor nodes that gather and elaborate informa...
This research investigate the modeling of Blocks, Present in the sensing field and its impact in the...
Wireless sensor connectivity is one of several factors that determines the communication reliability...
© 2016 IEEE. In hostile environments, random deployment of a Wireless ¡Sensor Network (WSN) may be t...
International audienceThe sensor deployment problem consists in finding an optimal (or near-optimal)...