Energy-Efficient Self-Healing Techniques for Wireless Communication Systems

Wireless communication systems are vulnerable to a wide variety of mistakes and performance degradation and thus need self-healing mechanisms that are both effective and efficient so as to ensure that they are always operating optimally and are highly dependable. Consequently, energy conservation has proven to be a principal factor which needs to be considered for the devices that operate on batteries due to limited energy resources in wireless networks. The aim of this research works to offer a generalized overview of the self-healing solutions that have the best energy efficiency, but they are also adaptive for wireless communication systems. Such strategies can be considered as the keys to cut energy consumption, enhance the performance of network, expand its longevity by effective identification and recovery from any issues. Among the key methodologies that are employed are on-site fault resolving, proactive fault foretelling, dynamical power management, the topology control, the energy-aware routing, and the sleep/wake scheduling. Moreover, particularly many strategies are used. Being the smart solutions that improve the resilience and sustainability of wireless communication networks, they involve the intelligent use of energy resources and network optimization. This allows them to be on an equal footing with problems as a result of imperfections and the energy glitches. Upon the horizon of this probe, the principles, advantages, and corollaries linked to energy-efficient healing systems are studied and assessed. Besides mentioning other strategies to ensure the proper and successful working of wireless networks, the role of these strategies is stressed.