Experience in wireless networks for tomorrow including 5G, GNSS, consumer and industrial IoT. Extensive expertise in all aspects of wireless technology, systems and networks including system design, network deployment and network optimization. Consults on intellectual property matters in the areas of telecommunications, wireless, position location technologies and services, small cells, and systems engineering. Performs patents validity analysis and is an expert witness in patents litigation cases and patents portfolio valuation.Submitted declarations to several IPR trials and reexamination. Participated in mapping patents-to-products and patents-to-standards. Thrives in pushing technology boundaries. Strong people skills. A prolific inventor with 2066 filed applications worldwide, 197 US issued patents and more than 225 pending patent applications including significant contributions to: LTE, WCDMA, CDMA, GNSS, UWB, Wi-Fi, Bluetooth and RFID.

Reported to the Office of the Chief Scientist and actively managed 22 engineers with different disciplines. Developed new ideas and provided technical leadership from concept through prototype. I have contributed to two FCC proceedings, namely, the Automatic Location Identification (“ALI”) CC Docket No. 94-102 and rules regarding UWB Transmission System ET Docket No. 98-153. I also have experience with the wireless standards setting organizations. Below is a summary of my contributions:- Long Term Evolution (LTE) * Developed, prototyped and tested: ** An analog RF interference cancellation scheme for simultaneous operations of LTE and Wi-Fi ** An analog RF interference cancellation scheme for two Wi-Fi channels in 5GHz ** LTE and Wi-Fi cooperative measurements techniques to improve system performance- Wideband CDMA (WCDMA) * Led a team of engineers to optimize VF-Italy, VF-German, VF-Spain, D2-Germany and SFR-France WCDMA networks * Developed, prototyped and tested: ** Small Cells enhanced features ** Scalable UMTS techniques for spectrum utilization efficiency ** Proxy concept for handset to prolong battery life- Position Location Solution to meet FCC E911 mandate * Represented Qualcomm in key meetings with the FCC to promote handset solution to meet E911 location requirements * Participated in 3GPP2 activities that standardized GPS operation and developed minimum performance specifications * Developed algorithms for Hybrid GPS handset solution that met FCC E911 mandate and location-services requirements. Adapted the GPS technology to cell phones, in a way to improve accuracy, reduce time to first fix, and prolong cell phone battery life. - Ultra-wideband (UWB) * Key expert for the FCC proceeding on UWB, Provided analytical and lab measurements

- Supervised MS and PhD students- Taught courses in: communication theory, detection, estimation and modulation theory, radar detection, probability, random variables and stochastic processes, signals and systems, introduction to electronic circuits- Principal author of "Continuous and Discrete Signals and Systems, 2nd Edition" Prentice Hall, 1998.