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This paper, therefore, only considers wireless networks with an asynchronous schedule.
After the selection of the network coder node phase is complete, we could determine an asynchronous schedule for each sender-receiver pair.
Similar to [29,30] and [22], each node v selects one active time slot from [1,2,3…,T] randomly and independently and wakes up at its chosen time slot to receive a message; i.e., sensor nodes operate using an asynchronous schedule.
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We calculated the state transition graph of the reduced model by using an asynchronous updating schedule with three priority classes.
(3) Asynchronous schedule selection is proposed to confirm a rendezvous time for each sender-receiver pair.
This paper, therefore, only considers WSNs with asynchronous schedule, where nodes determine their wake-up time independently and randomly.
In this paper, we propose two energy-efficient MAC protocols: asynchronous MAC (A-MAC) protocol and asynchronous schedule-based MAC (ASMAC) protocol.
Although we could apply BIBD to the construction of an asynchronous neighbor discovery schedule, there is a weakness when simply employing BIBD for creating discovery schedule.
Combining the advantages of schedule-based MAC protocols and random-access MAC protocols, we apply energy-efficient asynchronous schedule-based MAC (ASMAC) protocol [22] to charge the common channel sharing among sensor nodes.
A: Asynchronous collaboration is important.
In this paper, we propose a switched priority scheduling mechanism for an Asynchronous Transfer Mode (ATM) switch with multi-class output buffers.
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