Modified rendezvous scheme with inferring access channel probability of slave by master

A rendezvous scheme based on frequency hopping can compensate for this mismatch by exchanging control signals through a selected channel in accordance with a certain rule. However, conventional frequency hopping schemes have not considered an access protocol between control signal of rendezvous scheme and the signal caused by the channel access from the other systems. Also they do not consider a way of information sharing for reaching a consensus between master and slave terminals. This paper considers a modified rendezvous scheme based on learning-based channel occupancy rate (COR) estimation, and describes a specific channel-access rule in the slave terminal with inferring the probability of accessing channel in slave. We clarify the effect of modified rendezvous scheme by computer simulation.