Method of distributing shared green energy joint spectrum in wireless network

Abstract

The invention discloses a method of distributing shared green energy joint spectrum in a wireless network. First, a telecom operator gives a unit resource wholesale price wj of a resource supplier j as a forerunner of Steinberg game, and then, the resource supplier j decides the resource storage capacity Qj thereof according to the wholesale price wj given by the operator. The telecom operator decides the number yi of resource blocks needing to be stored by a base station i according to the resource capacity storage limit of resource suppliers by predicting the traffic demand Di of users, and notifies the resource suppliers of the corresponding resource demand. Any request not satisfying the user demand will be discarded. Finally, the benefits of the resource suppliers and the telecom operator are obtained through a backward induction method, and the optimal storage capacity of resource suppliers and the optimal pricing of the telecom operator are obtained. The optimal Pareto capacity equilibrium between resource suppliers and the best pricing strategy of the telecom operator are found through the backward induction method.

Description

technical field [0001] The invention belongs to the technical field of wireless networks, and relates to a solution for assembling shared green energy joint spectrums into resource blocks in a wireless network to meet user flow requirements. Background technique [0002] In recent years, the exponential growth of wireless users and the explosive demand for data traffic have continuously promoted the energy consumption of wireless network systems and the demand for spectrum. How to promote the effective integration of energy allocation strategy and network spectrum allocation in wireless networks, improve energy efficiency and spectrum efficiency under the premise of meeting different wireless service qualities, and at the same time increase the operating efficiency of operators is a problem that we need to solve urgently question. Most of the existing literature proposes optimization strategies for energy or spectrum scenarios, but for the scenario of green energy joint spe...

AI Technical Summary

Problems solved by technology

Although this paper proposes the optimal strategy between operators and resource suppliers, it does not analyze the relationship between operators and resource suppliers in depth, nor does it mention the use of resource blocks.

Images