Performance evaluation of distributed measurement-based dynamic channel assignment in local wireless communications

The diverse environments emerging for wireless communication applications could render the centralized prediction-based channel assignment methodology, conventionally employed in cellular radio networks, impractical, The distributed measurement-based approach seems to be a more practical solution, In this paper, we evaluate and compare several distributed measurement-based algorithms for dynamic channel assignment (DCA). Their performance is also compared with a centralized prediction-based algorithm, It is found that a simple aggressive algorithm with using a threshold, known as the least interference algorithm (LIA), performs the best.