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Designing Conservative Sensor Detection Systems With the Scan Statistic Under Emitter Location Uncertainty.. IEEE Trans. Signal and Information Processing over Networks, 5 (4): 711-722 (2019)An augmented graph-based coloring scheme to derive upper bounds for the performance of distributed schedulers in CSMA-based mobile ad hoc networks.. IWCMC, page 761-766. ACM, (2006)Enlarged Deployment Regions to Circumvent the Conditional Dependence and Composite Hypothesis Problems in Sensor Detection Systems.. IEEE Trans. Signal Process., 63 (3): 636-646 (2015)A Distributed Procedure for Carrier Sensing Threshold Adaptation in CSMA-Based Mobile Ad Hoc Networks.. VTC Fall, page 66-70. IEEE, (2007)Vanishing decay functions and enlarged deployment regions to facilitate the design of randomly deployed sensor detection systems.. CISS, page 1-6. IEEE, (2013)A Clustering Algorithm to Improve the Scan Statistic in Sensor Detection Systems.. IEEE Access, (2020)Least Favorable Distributions for the Design of Randomly Deployed Sensor Detection Systems., and . IEEE Trans. Inf. Theory, 60 (1): 661-680 (2014)Least favorable distributions to facilitate the design of detection systems with sensors at deterministic locations.. Allerton, page 129-136. IEEE, (2014)On the Use of Mutual Information to Compare the Performance of Wireless Sensor Networks in Detection Applications., and . IPSN, page 505-516. IEEE Computer Society, (2008)Designing Conservative Sensor Detection Systems With Emitter Location Uncertainty.. IEEE Trans. Aerosp. Electron. Syst., 53 (2): 750-761 (2017)