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Target Detection in Clutter Using Adaptive OFDM Radar.

, and . IEEE Signal Process. Lett., 16 (7): 592-595 (2009)

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OFDM MIMO radar with mutual-information waveform design for low-grazing angle tracking., and . IEEE Trans. Signal Processing, 58 (6): 3152-3162 (2010)Multiobjective Optimization of OFDM Radar Waveform for Target Detection., , and . IEEE Trans. Signal Processing, 59 (2): 639-652 (2011)Performance analysis of Wald-statistic based network detection methods for radiation sources., , , , , , and . FUSION, page 820-827. IEEE, (2016)Two-Level Clustering-Based Target Detection Through Sensor Deployment and Data Fusion., , , , , and . FUSION, page 2376-2383. IEEE, (2018)Regression-Based Analytics for Response Dynamics of SDN Solutions and Components., , , , , , , and . NetSoft, page 350-355. IEEE, (2018)Target tracking via recursive Bayesian state estimation in radar networks., , , , and . ACSSC, page 880-884. IEEE, (2017)Network Detection of Radiation Sources Using Localization-Based Approaches., , , , , , and . IEEE Trans. Industrial Informatics, 15 (4): 2308-2320 (2019)Low-Rank Matrix Decomposition and Spatio-Temporal Sparse Recovery for STAP Radar.. J. Sel. Topics Signal Processing, 9 (8): 1510-1523 (2015)Target tracking via recursive Bayesian state estimation in cognitive radar networks., , , , and . Signal Processing, (2019)Software-Defined Network Solutions for Science Scenarios: Performance Testing Framework and Measurements., , , , , , , , and . ICDCN, page 53:1-53:10. ACM, (2018)