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Tackling the Fidelity-Energy Trade-Off in Wireless Body Sensor Networks.

, , and . CHASE, page 7-12. IEEE Computer Society / ACM, (2017)

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Using a-priori information to improve the accuracy of indoor dynamic localization., and . MSWiM, page 396-404. ACM, (2009)Empirical Evaluation of Wireless Localization when Using Multiple Antennas., , , and . IEEE Trans. Parallel Distributed Syst., 21 (11): 1595-1610 (2010)The Robustness of Localization Algorithms to Signal Strength Attacks: A Comparative Study., , , , and . DCOSS, volume 4026 of Lecture Notes in Computer Science, page 546-563. Springer, (2006)Empirical Evaluation of the Limits on Localization Using Signal Strength., , , , , , and . SECON, page 1-9. IEEE, (2009)GRAIL: general real-time adaptable indoor localization., , , , , , and . SenSys, page 351-352. ACM, (2006)Using adaptive range control to maximize 1-hop broadcast coverage in dense wireless networks., , and . SECON, page 397-405. IEEE, (2004)The limits of localization using signal strength: a comparative study., , and . SECON, page 406-414. IEEE, (2004)Sensing Driver Phone Use with Acoustic Ranging through Car Speakers., , , , , , , , and . IEEE Trans. Mob. Comput., 11 (9): 1426-1440 (2012)The limits of localization using RSS., , and . SenSys, page 283-284. ACM, (2004)Bayesian localization in wireless networks using angle of arrival., , and . SenSys, page 272-273. ACM, (2005)