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    Rahul Khanna

    Rahul Khanna is a highly accomplished principal engineer serving as a platform architect at Intel, where he focuses on developing AI-assisted solutions and energy-efficient algorithms.

    With an extensive background spanning over two decades, Rahul has specialized in server system software technologies, encompassing workload auto-tuning, platform automation, power/thermal optimization techniques, reliability, and predictive methodologies.

    He is a prolific author, having written 2 books and numerous technical papers on a wide array of topics such as Autonomics, Machine Learning, energy optimization, wireless interconnects, sensor networks, predictive modeling, motion estimation, and security.

    Moreover, Rahul Khanna is credited with co-authoring a book on platform autonomy and holds an impressive portfolio of 50 patents.

    One of his notable contributions includes being the co-inventor of the Intel Interconnect Built-in Self-Test (IBIST), a vital methodology for testing high-speed interconnects.

    His research interests span evolutionary techniques for pareto optimality, machine learning solutions, power/thermal optimization algorithms, high-speed wireless interconnects, and information retrieval in dense networks.

    Dr. Khanna is an esteemed member of the Institute of Electrical and Electronics Engineers and has been honored with three Intel Achievement Awards for his significant contributions to advancing platform technologies.

    He is a highly educated professional with a Master's and a Ph.D. in electrical and computer engineering, underpinning his deep expertise in the field.

    Rahul Khanna's specialties include heuristic algorithms, gaussian/hidden mixture model, game theory, swarm intelligence, sensor networks, autonomics, wireless communications, and power-efficient architectures.

    Furthermore, he has served as the Co-Chair for WiSnet conferences from 2013 to 2015 and as an Executive Member for ICEAC in 2013, 2014, and 2015.

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    Location

    Portland, Oregon Area