Resource Management & Scheduling in Wireless Network with Special Reference to Mesh Network & Multi-Access Control
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Abstract
The ubiquity of wireless networks in modern communication infrastructures necessitates efficient resource management and scheduling techniques to ensure optimal network performance. This research investigates the intricate dynamics of resource allocation and scheduling within wireless networks, with a particular emphasis on mesh networks and multi-access control. Mesh networks offer a resilient and flexible architecture, enabling enhanced coverage and redundancy. Multi-access control protocols, on the other hand, govern how multiple devices share the network resources. The interplay between these two aspects is critical in determining network efficiency. This research delves into the comprehensive review of wireless network fundamentals, mesh network architecture, and various multi-access control protocols. It scrutinizes existing scheduling algorithms, identifying their strengths and limitations. A novel scheduling framework is proposed, seeking to optimize resource allocation and enhance the overall network performance in mesh environments. The methodology involves data collection, simulation, and analysis of key metrics to evaluate the proposed framework's performance. The results highlight the impact on resource management and scheduling, offering insights into the trade-offs and advantages of different strategies.
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