Throughput Maximization for Wireless Powered Multimedia Communication Systems Under Statistical Latency Constraint

Abstract

This paper investigates the relationship among the traffic throughput, statistical data latency requirement and system configurations in a wireless powered multimedia communication system. Firstly, a system model is built up with considerations of two operation modes and practical non-linear energy harvesting process. Based on the system model, the effective capacity of the considered system is derived based on the wireless charging parameter and fix data transmission rate. Then, the latency violation provability is studied by jointly taking effective capacity, traffic arrival and maximum tolerable data latency into account. Thereafter, the traffic maximization problem is transformed to the effective capacity maximization problem. Furthermore, We propose an optimal solution and a near-optimal solution to find out the system configurations of wireless charging time and transmission rate. Simulation results verify the accuracy of the near-optimal solution and also shed light on the operation mode selection in the considered system.

Analisis QoS Pada Layanan Streaming Untuk Konfigurasi Jaringan Wireless

“…Padahal di satu sisi, setiap packet-data yang didistribusikan hanya berasal dari empat klasifikasi data, yakni text, audio, image, dan video; dan masing-masing jenis data tersebut memiliki karakteristik yang berjenjang untuk proses loading dan storing pada sistem komputer [9]. Berdasar [7], [8], dan [11] bahwa beban pemrosesan data video lebih besar dibandingkan image, data image lebih besar dibandingkan audio, dan data audio lebih besar dibandingkan data text.…”