A Cooperative-Based Distributed Resource Allocation Method for Heterogeneous Wireless Networks
A technology for heterogeneous wireless network and resource allocation, applied in the field of decentralized resource allocation of heterogeneous wireless networks based on cooperation, to achieve the effects of improving utilization efficiency, ensuring optimal utility, and reducing waste of heterogeneous network resources
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Embodiment 1
[0077] A method for distributed resource allocation based on cooperation in a heterogeneous wireless network, comprising the following steps:
[0078] In step 1, the intelligent centralized controller collects basic parameters of the heterogeneous wireless network and available bandwidth resources therein. The series of heterogeneous network base stations are located in the community. There are 3 heterogeneous wireless networks in the community. There is only 1 base station in each network. The 3 base stations are all located in the center of the community. The service radius of each base station is 500m, 26 Each mobile terminal is set at a distance of 300m from the center of the cell, and all receive bandwidth resources from each base station. The three heterogeneous wireless networks are respectively marked as 1, 2, and 3, and the internal base stations of each network are marked as 1. Therefore, the wireless network set N and the number of heterogeneous networks in the set...
Embodiment 2
[0090] A method for distributed resource allocation based on cooperation in a heterogeneous wireless network, comprising the following steps:
[0091] In step 1, the intelligent centralized controller collects basic parameters of the heterogeneous wireless network and available bandwidth resources therein. The series of heterogeneous network base stations are located in the community. There are 3 heterogeneous wireless networks in the community. There is only 1 base station in each network. The 3 base stations are all located in the center of the community. The service radius of each base station is 500m. 26 Each mobile terminal is set at a distance of 300m from the center of the cell, and all receive bandwidth resources from each base station. The three heterogeneous wireless networks are respectively marked as 1, 2, and 3, and the internal base stations of each network are marked as 1. Therefore, the wireless network set N and the number of heterogeneous networks in the set...
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