Energy Efficient Area Coverage Mechanisms for Mobile Ad Hoc Networks

Qos and Defense Enhancement Using Block Chain for Fly Wireless Networks

“…Sarika et al [12] the paper presents the variety of the vulnerabilities, attacks and the security issues in the mobile adhoc network compared to the wired networks that holds a quite lot of preventions against the attacks. Das et al [13] the paper provides a better area coverage for the adhoc network, by reducing the number of communications with the help of the triangulation technique, so as to reduce the battery usage to extend the network longevity and connectivity. Kumar et al [14] proposes a trust based security management Balaji, et al [15] the paper presents the dual authentication with the key management to enhance the security of the vehicular adhoc networks that is the subtype of the mobile adhoc network.…”

“…The ad hoc networks as whole poses the certain unique characteristics such as dynamically changing network topologies, decentralization, heterogeneitywhen the nodes are not of same type, dispersed operation, mobility and energy constraint [12] causing multiple issues in the process of transmitting information's from one end to the other. Form the above listed characteristics of the adhoc or the fly networks, the mobility and the energy constraint of the nodes serve as the prime characteristics that causes issues related to the transmission in the routing of the information paving way for the link failure or the topology change, thus causing failure in the transmission of the information's, the researches proceeded with the aim of envisioning a routing handling the issues of the mobility and energy usage and succeeded in enhancing the network longevity, improving its performance reducing the energy consumption [13] and handling the mobility issues continuing with the same topology throughout the transmission [17], and the routing algorithms based on the evolutionary and the swarm intelligence provided an even enhanced routing, [18], [19], [20] optimizing the energy and the mobility of the network, preventing the dynamic topology changes to a certain extent and enhancing the performance, reducing the link failures.…”

Construction and Optimization of Biconnected and Wide-Coverage Topology Based on Node Mobility

“…Covering the field of interest is an important indicator for measuring the service quality of wireless sensor networks [21]. The coverage ability of a network usually refers to the increased area covered by nodes in an area and the reduced uncovered holes and redundant coverage area.…”

September 2019

“…The ad hoc networks as whole poses the certain unique characteristics such as dynamically changing network topologies, decentralization, heterogeneity-when the nodes are not of same type, dispersed operation, mobility and energy constraint [12] causing multiple issues in the process of transmitting information's from one end to the other. Form the above listed characteristics of the adhoc or the fly networks, the mobility and the energy constraint of the nodes serve as the prime characteristics that causes issues related to the transmission in the routing of the information paving way for the link failure or the topology change, thus causing failure in the transmission of the information's, the researches proceeded with the aim of envisioning a routing handling the issues of the mobility and energy usage and succeeded in enhancing the network longevity, improving its performance reducing the energy consumption [13] and handling the mobility issues continuing with the same topology throughout the transmission [17], and the routing algorithms based on the evolutionary and the swarm intelligence provided an even enhanced routing, [18], [19], [20] optimizing the energy and the mobility of the network, preventing the dynamic topology changes to a certain extent and enhancing the performance, reducing the link failures.…”