Optimization and Interference Minimization in Communications
An approved and awarded doctoral work in back ground of optical communications
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In the propagation of signal over channel using optical modulation, the observed interference constraint the transmission efficiency. In a visible light communication model, Multi input multi output (MIMO) based communication models were used for its higher throughput and spectrum utilization. In MIMO based visible communication model, the objective of maximizing rate allocation for optimal transmission is focused. In the conventional model, the rate allocation were performed based on the traffic model, and no interference consideration were made. This constraint the optimization of resource a...
In the propagation of signal over channel using optical modulation, the observed interference constraint the transmission efficiency. In a visible light communication model, Multi input multi output (MIMO) based communication models were used for its higher throughput and spectrum utilization. In MIMO based visible communication model, the objective of maximizing rate allocation for optimal transmission is focused. In the conventional model, the rate allocation were performed based on the traffic model, and no interference consideration were made. This constraint the optimization of resource allocation in MIMO based visible light communication. in this work, a new approach for resource allocation based on dual metric consideration of traffic consideration and inference model is developed.
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