The fast improvements in wireless technology and embedded systems have sparked a
renewed interest in collaborative beamforming (CB) approach used in wireless sensor …

Due to energy limitation and constraint in communication capabilities, the undesirable high
battery power consumption has become one of the major issues in wireless sensor network …

Due to the characteristic of collaborative beamforming, more than one node will be used to
form the beampatten. Although the more nodes are selected the better beampattern can be …

Collaborative beamforming (CB) in wireless sensor network (WSN) increases the
transmission distance, which allow nodes to transmit data directly to the base station without …

Collaborative beamforming (CB) in wireless sensor networks (WSNs) promises
improvement of communication performance and energy efficiency. The random distribution …

This paper presents a novel collaborative beamforming (CB) method of wireless sensor
network (WSN) by organizing sensor node location in a circular arrangement. Appropriate …

Collaborative beamforming (CB) is introduced in wireless sensor networks (WSNs) to
improve the transmission power and the energy efficiency of the networks. Using a subset …

Collaborative Beamforming (CBF) is an essential tool towards increasing transmission
range in Wireless Sensor Networks (WSNs). Owing to the random and complex nature of …

Collaborative beamforming (CB) provides an effective way of increasing the transmission
range and improving the energy efficiency of collaborative sensor nodes in wireless sensor …

Collaborative beamforming (CB) has been introduced in the context of wireless sensor
networks (WSNs) to enhance the communication range and energy efficiency of the …