Wireless Ad Hoc and Sensor Networks

514 Wireless Ad Hoc and Sensor Networksstationary nodes, 396–402, 399–402subnetwork protocol, 385–396, 386variable number of nodes, 378–382,380–381varying node mobility, 376, 377–379, 378wireless sensor networks, routing, 382,382–385Wireless sensor networks, predictivecongestion controladaptive congestion control, 436–449backoff interval selection, 440–446buffer occupancy, 436–440, 437fair scheduling, 446–449fundamentals, 429–432mitigation, 433–434outgoing flow variation, 456–457,457–458overview, 432, 432–436performance evaluation, 456–457,457–458performance metrics, 435–436prediction, 433–434rate selection, 436–440, 437scheme summary, 434, 434–435simulation, 449–458tree topology, 449–454, 450–454unbalanced tree topology, 454–456,455–456Wonham, Ramadge and, studies, 163Woo and Culler studies, 234, 339–340Wu studies, 178–179YYee and Kumar studies, 364Yesilderek, Lewis, Jagannathan and,studies, 51–53, 57, 67Ye studies, 234, 339, 342, 383Yi and Shakkotai studies, 431Yin, Liew and, studies, 81, 147Yin, Liu and studies, 96Ying studies, 360, 373ZZander studies, 177–178Zawodniok and Jagannathan studiesadaptive backoff interval selection,446backoff interval selection, 442congestion and mitigation, 430–432contention time, 247decentralized adaptive power control,467–468distributed adaptive power control,239distributed power control, 449–450, 452dynamic-programming-based rateadaptation, 268energy-aware MAC protocol, 340,346–347fading channels, 276hardware implementation, DPC,282–283heuristic rate adaptation, 259MAC protocol design, 268minimum usable rate, 263predictive congestion control, 429–432rate adaptation, 254–256retransmissions and power reset, 241tree topology, 450, 452wireless ad hoc networks, DPC, 233,235Zhang, Bennett and, studies, 304, 306, 432,449Zhang studies, 383