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IEEE/ICACT20220402 Question.3
Questioner: 20180922@sungshin.ac.kr    2022-02-16 ¿ÀÀü 11:37:14
IEEE/ICACT20220402 Answer.3
Answer by Auhor namacabale@gmail.com   2022-02-16 ¿ÀÀü 11:37:14
Thank you for presenting an interesting topic. The worst-case scenario of CLM is explained as when there is no interference traffic at the center, is the reason why it is the worst condition because CLM-based routing does not go through the center or because there is a delay due to calculation? Hello. Thank you for finding our work interesting. It is the worst condition because the most apparent reason would be due to routing oscillation. However, we found it more to be due to the inability of the routing algorithm to converge or to its tendency to build routing loops. Simulations show that the routes behaved this way because of the zero or near-zero load weights for idle regions. In this case, when a node sent traffic towards a particular destination, the channel load weights of the regions along the path was relatively far greater than the zero or near-zero load weights of the idle regions. Consequently, the idle regions became better paths. The cost of the paths through the idle regions remained better, even if the route went back and forth in a loop within a set nodes, than the cost of the path where the current traffic was traversing. Thanks again.

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