Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  studies throughput fairness among different basic service sets (BSSs) in infrastructure-based IEEE 802.11 mesh networks, where inter-BSS interference is unavoidable because of the difficulty in frequency and coverage planning and the limited number of non-overlapping frequency channels available for IEEE 802.11 networks. An analytical model is first developed to find the aggregated BSS transmission throughput in a mesh environment. Two approaches are studied for achieving fair throughput among the co-channel BSSs: (i) NAV-blocking which uses network allocation vectors (NAVs) to temporarily stop transmissions in some BSSs in order to control the inter-BSS interference, and (ii) forced handoff (FHO) which forces mobile stations (MSs) to hand- off beten neighboring BSSs in order to balance the traffic load among the BSSs. An optimization problem is formulated for each of the approaches for achieving the required throughput fairness while keeping high transmission throughput in the BSSs. Our results show that (i) using NAV-blocking can always achieve the required throughput fairness and its performance does not depend on coverage overlapping beten the BSSs; and (ii) performance of throughput fairness using FHO depends on coverage overlapping beten the BSSs, and when there is strong coverage overlapping among the BSSs, this approach can achieve throughput fairness among the BSSs.
['Dongmei Zhao']
I am writing a research paper on a idea WLC30-1: Achieving Fair Throughput in Infrastructure-Based IEEE 802.11 Mesh Networks
[{"from": "human", "value": "I am writing a research paper on a idea WLC30-1: Achieving Fair Throughput in Infrastructure-Based IEEE 802.11 Mesh Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  studies throughput fairness among different basic service sets (BSSs) in infrastructure-based IEEE 802.11 mesh networks, where inter-BSS interference is unavoidable because of the difficulty in frequency and coverage planning and the limited number of non-overlapping frequency channels available for IEEE 802.11 networks. An analytical model is first developed to find the aggregated BSS transmission throughput in a mesh environment. Two approaches are studied for achieving fair throughput among the co-channel BSSs: (i) NAV-blocking which uses network allocation vectors (NAVs) to temporarily stop transmissions in some BSSs in order to control the inter-BSS interference, and (ii) forced handoff (FHO) which forces mobile stations (MSs) to hand- off beten neighboring BSSs in order to balance the traffic load among the BSSs. An optimization problem is formulated for each of the approaches for achieving the required throughput fairness while keeping high transmission throughput in the BSSs. Our results show that (i) using NAV-blocking can always achieve the required throughput fairness and its performance does not depend on coverage overlapping beten the BSSs; and (ii) performance of throughput fairness using FHO depends on coverage overlapping beten the BSSs, and when there is strong coverage overlapping among the BSSs, this approach can achieve throughput fairness among the BSSs."}]