Browsing by Keywords "Time division multiple access"
Now showing items 1-6 of 6
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Autonomous navigation of robotic units in mobile sensor network
(2012)This work is motivated by the problem of detecting buried anti-tank and anti-personnel mines in roads or some border regions. The problem is tried to be solved by use of small mobile robotic sensors and their some abilities ... -
EHPBS: Energy harvesting prediction based scheduling in wireless sensor networks
(IEEE, 2013)The clustering algorithms designed for traditional sensor networks have been adapted for energy harvesting sensor networks (EHWSN). However, in these algorithms, the intra-cluster MAC protocols to be used were either not ... -
Exact and heuristic approaches based on noninterfering transmissions for joint gateway selection, time slot allocation, routing and power control for wireless mesh networks
(Elsevier, 2017)Wireless mesh networks (WMNs) provide cost-effective alternatives for extending wireless communication over larger geographical areas. In this paper, given a WMN with its nodes and possible wireless links, we consider the ... -
OLSR-aware distributed channel access scheduling for wireless mesh networks
(IEEE, 2009-04)In this paper, we present OA-TDMA (OLSR-Aware TDMA), a TDMA based cross-layer channel access scheduling scheme which uses the information collected by the OLSR routing protocol. In OA-TDMA, each node makes decisions in a ... -
Uniform weighted round robin scheduling algorithms for input queued switches
(IEEE, 2001-06)This paper concentrates on obtaining uniform weighted round robin schedules for input queued packet switches. The desired schedules are uniform in the sense that each connection is serviced at regularly spaced time slots, ... -
Utilization-based dynamic scheduling algorithm for wireless mesh networks
(SpringerOpen, 2010-10)Channel access scheduling is one of the key components in the design of multihop wireless mesh networks (WMNs). This paper addresses the allocation/demand mismatch problem observed in oblivious WMN channel access scheduling ...
