Patents

[1] J Unnikrishnan, L He, BA Matthews, and HAO Liwei "Wind turbine fault detection using acoustic, vibration, and electrical signals", US Patent 10,495,693

[2] J Karandikar, J Unnikrishnan, A Henderson, and K Illouz, "Optimal machining parameter selection using a data-driven tool life modeling approach", US Patent 10,564,624

[3] R Xu, U Wiedmann, and J Unnikrishnan, "Methods and systems for predicting failures in X-ray tubes", US Patent 10,753,969

[4] K Gulati, J Li, J Unnikrishnan, and S Subramanian, "Interference suppression for multi-radar coexistence", US Patent 10,855,328

[5] EJ Nieters, EA Andarawis, D Huang, and J Unnikrishnan, "Detection system including sensor and method of operating such", US Patent 10,975,686

[6] U. Niesen and J. Unnikrishnan, "Radar-aided single image three-dimensional depth reconstruction", US Patent 11,276,189

[7] K Gulati, J Li, J. Unnikrishnan, and S Subramanian, "Multi-radar coexistence using phase-coded frequency modulated continuous wave waveforms", US Patent 11,280,876

[8] K Gulati, J Li, S Subramanian, and J Unnikrishnan, "Selection of frequency modulated continuous wave (FMWC) waveform parameters for multi-radar coexistence", US Patent 11,385,323

[9] U. Niesen and J. Unnikrishnan, "Association aware radar beamforming", US Patent 11,391,831

[10] C Brunner, RD Gowaikar, FC Yeh, MJ Shomin, JA Dougherty, and J. Unnikrishnan, "Using light detection and ranging (LIDAR) to train camera and imaging radar deep learning networks", US Patent 11,393,097