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Wireless Ad Hoc and Sensor Networks

Wireless Ad Hoc and Sensor Networks

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500 <strong>Wireless</strong> <strong>Ad</strong> <strong>Hoc</strong> <strong>and</strong> <strong>Sensor</strong> <strong>Networks</strong>L<strong>and</strong>au studies, 61LEACH protocol, 339, 383Lee <strong>and</strong> Park studies, 215, 237Lee studies, 304, 306Lemmas, see also Theoremsfairness guarantee, 311–313, 315OEDR optimality analysis, 373–375OEDSR optimality analysis, 395Lewis, Abdallah <strong>and</strong> Dawson studies, 53,57, 60Lewis, Jagannathan <strong>and</strong> Yesilderek studies,51–53, 57, 67Lewis <strong>and</strong> Syrmos studies, 69Lewis studies, 184–186Li, Slotine <strong>and</strong>, studies, 61Liew <strong>and</strong> Yin studies, 81, 147Limitations, hardware, 286Lindsey <strong>and</strong> Raghavendra studies, 383Linear systemsautonomous systems, 60boundedness, 73–74fundamentals, 52Lyapunov analysis <strong>and</strong> controls design, 67Linear time invariant (LTI) systems, 68–69,see also Linear systemsLiu <strong>and</strong> Douligeris studies, 81, 94, 96Liu <strong>and</strong> Yin studies, 96Localization, 45Local stability, 63Low studies, 109–110Luenberger studies, 49Luo studies, 304, 383Lyapunov techniques <strong>and</strong> propertiesautonomous systems, 61–65controller design, 65–67decrescent function, 72fundamentals, 59linear systems, 67LTI feedback controllers, 59nonautonomous systems, 69–72, 71MMAC controller, 289–290, 290MAC protocoladaptive <strong>and</strong> distributed fair scheduling,309–310heuristic rate adaptation, 267mobile ad hoc networks, 28–31, 29–30,33–35MANET, see Mobile ad hoc networks(MANET)Maniezzo studies, 234Manjeshwar studies, 383Mascola studies, 81Mathematical background, 53–57Mathematical relations, 463–465Matrix norms, 53–56Maximum usable rate, 262Measurements, wireless sensor networks, 43Meerkov, Benmohamad <strong>and</strong>, studies, 81, 94,109Memory limitations, 419Merani, Borri <strong>and</strong>, studies, 110Microstrain’s X-Link measurement system,44Miljanic, Foschini <strong>and</strong>, studies, 177Minimizing overhead impact, 247–248Minimum usable rate, 262–265, 263Mitigation, 433–434Mitra studies, 178Mobile ad hoc networks (MANET)ad hoc networks, 28carrier sensing range, 29carrier sensing zone, 29direct sequence spread spectrum radiophysical layer, 25frequency hopping spread spectrumradio physical layer, 25fundamentals, 11, 24IEEE st<strong>and</strong>ard 802.11, 25–31, 27, 33–35infrared physical layer, 26MAC protocol, 28–31, 29–30, 33–35physical layer specifications, 25–26power control implementation, 33–35, 34power sensitive schemes <strong>and</strong> protocols,31–32simulations, 32–35transmission range, 29types of networks, 26, 28Mobile base station, 402–408, 403–407Mobile network, 411–414, 413–414Mobile radio networks, 13Mobile usersfading channels, 226, 228–229path loss, 192–193, 194–195Mock studies, 363Modulationrate, 265–266, 266selection, 274–275Mohammed studies, 23Monteban, Kamerman <strong>and</strong>, studies, 254–258,282Mortier studies, 109Mote future directions, 333–334, 338

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