Energy Efficient Cross Layer Optimization For Wireless Multimedia Transmission Using Soft Computing Techniques

Abstract

Wireless communication is tremendously growing in terms of providing multimedia newlinetransmission from last few decades for security, medical health, agriculture, traffic, video newlineconferencing and entertainment. Wireless transmission of multimedia consumes more newlinepower of device and base station both as compared to traditional data transfer. Moreover, newlinethe wireless communication includes high consumption of energy and therefore gives newlinehigh burden on the battery-operated devices. The significance of power management has newlineraised up alertness in both research and industrial societies and enormous efforts have newlinebeen capitalized into energy conservation techniques and approaches deployed within newlinedifferent components of the wireless devices. Keeping concern for energy consumption newlinefor the world and many researchers moved towards green communication. Green newlinecommunication has several streams to design efficient network at hardware level, newlineheterogeneous cell structure, cross-layer and power saving methods. Cross layer design newlineis a popular research area to achieve different goals with adjusting margins of layers. newlineOur research aim is to utilise layers parameter in such a way that it should provide newlineminimum power consumption and energy efficient network with required quality of newlinemultimedia data (QoMD). We propose an energy efficient wireless communication newlineestablishment for betterment of system for multimedia data. We tried cross layer newlineoptimized wireless multimedia networking approaches from the theoretical and practical newlineperspectives of research. newlineLiterature survey of our research deals with theoretical studies and the policy of cross newlinelayer design and optimization. In spite of useful literature in cross layer design and newlineoptimization strategies, most of the recent research on cross layer design have been newlinecarried out in several piece meal methods lacking operational basis to gain in depth newlineunderstanding of complex behaviour of cross layer. We focus on the quantitative analysis newlineof the interactions among design variables towards the design objective f