Power enhancement based link quality for wireless mesh network

Abstract

Energy consumption of wireless network communication is still a big issue and a lot of research papers have proposed many solutions to increase node life time. The WMN architecture is made up of a fixed and mobile component, whereas the wireless mesh networks (WMNs) are multi-hop wireless networks with instant deployment, self-healing, self-organization and self-configuration features. The reduction in the distance by a factor of two can result in at least four times more powerful signals at the receiver. This paper presents suggestions that the links are more reliable without the increase in power of the transmitter in individual nodes. As a result, the present simulations networks are nine mobile nodes for considering coverage issues of the service area. The analytic results show that the link power node for direct communication between two nodes with long distance consuming more power than it is cleared. The improvement in the network performance for maintaining is available and this solution can be used to implement mobility in such case with low power region for the wireless mesh networks.

Self-Healing in Cyber–Physical Systems Using Machine Learning: A Critical Analysis of Theories and Tools

“…I Bodrog et al [2] I Ali-Tolppa et al [25] I Karim et al [26] I Ahmad et al [27] I Tiwari et al [28] I Yang et al [29] I Al-juaifari et al [30] I Bothe et al [Bothe]…”

“…Using a mesh-type configuration network ensures the decentralisation of systems management and paves the way for the independent control of multi-level architecture. Mesh-type configuration was demonstrated in [30] implementation of wireless mesh networks (WMNs), which are multi-hop wireless networks with instant deployment, self-healing, self-organisation, and self-configuration features. WMNs offer multiple redundant communication paths throughout the network, and the network automatically reroutes packets through alternative pathways in situations where failure occurs in one section of the network or any threat that interferes with a particular path.…”

Performance of symmetric and asymmetric links in wireless networks

“…Moreover, predicting or measuring the quality of the wireless signals is even more challenging in extreme surroundings such as wireless underground sensor network (WUSN) [6]. The relationship between distance and transmission power is examined in [7] for wireless mesh network (WMN), in which nodes can be either mobile or stationary. In this work, we examine this relationship in all mobile networks.…”