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The notion of Total Interference Degree (TID) is traditionally used toestimate the intensity of prevalent interference in aMulti-RadioMulti-ChannelWirelessMesh Network (MRMC WMN). Numerous ChannelAssignment (CA) approaches, linkscheduling algorithms and routing schemes havebeen proposed for WMNs which rely entirely on the concept of TID estimates.They focus on minimizing TID to create a minimal interference scenario for thenetwork. In our prior works [1] and [2], we have questioned the efficacy of TIDestimate and then proposed two reliable interference estimation metrics viz.,Channel Distribution Across Links Cost (CDALcost) and Cumulative X-Link-SetWeight (CXLSwt). In this work, we assess the ability of these interferenceestimation metrics to replace TID as the interferenceminimizing factor in a CAscheme implemented on a grid MRMC WMN. We carry out a comprehensive evaluationon ns-3 and then conclude from the results that the performance of the networkincreases by 10-15% when the CA scheme uses CXLSwt as the underlyingInterference Mitigation Function (IMF) when compared with CA using TID as IMF.We also confirm that CDALcost is not a better IMF than TID and CXLSwt.

Enhancing Channel Assignment Performance in Wireless Mesh Networks Through Interference Mitigation Functions