ENHANCING PERFORMANCE AND SECURITY IN MOBILE WIRELESS NETWORKS AND MOBILE COMPUTING THROUGH ADVANCED NUMERICAL ALGORITHMS AND OPTIMIZED ARCHITECTURES
Keywords:
Mobile Computing, Wireless Networks, Numerical Algorithms, Optimized Architectures, Network Security, Performance Enhancement.Abstract
Mobile wireless networks and mobile computing have significantly evolved, enabling seamless communication and enhanced connectivity across various domains. However, security threats, performance bottlenecks, and scalability issues persist due to the increasing number of mobile devices and complex network architectures. This research investigates the role of advanced numerical algorithms and optimized architectures in improving network efficiency and security. By leveraging adaptive computation models and enhanced encryption mechanisms, the study explores how real-time performance can be improved while mitigating potential cyber threats. A comprehensive literature review highlights existing advancements before 2024, followed by experimental analysis using simulation tools to validate the proposed approach. The results demonstrate that integrating numerical algorithms with optimized architectures significantly enhances security, network throughput, and computational efficiency.
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