Prof. JVR Ravindra

    Research & Innovation · Publications

    Research that creates impact

    Research interests span VLSI, low-power and high-speed digital design, interconnect modelling, approximate computing, cryptographic hardware, network-on-chip architectures, FPGA acceleration, signal processing and machine learning — supported by doctoral supervision, externally funded projects and scholarly publication.

    39

    Journal Articles

    86

    Conference Papers

    11

    Funded Projects

    1

    Authored Book

    Research Interests

    VLSI DesignLow-Power & High-Speed Digital DesignInterconnect ModellingApproximate ComputingCryptographic HardwareNetwork-on-ChipFPGA AccelerationSignal ProcessingMachine LearningReversible Logic

    Selected Research Themes

    • Low-power VLSI circuits and energy-efficient architectures
    • Interconnect modelling, crosstalk analysis and model order reduction
    • Approximate arithmetic and machine-learning-based circuit design
    • Cryptographic hardware and resistance to power-analysis attacks
    • Network-on-chip design and arbitration
    • FPGA-based computation and acceleration
    • Reversible logic and emerging computing techniques
    • Machine learning applications in healthcare and engineering

    Selected Publications

    • “Accuracy evaluation of a trained neural network by energy efficient approximate 4:2 compressor.” Computers & Electrical Engineering, 2021.
    • “Design and implementation of network-on-chip router using multi-priority based iterative round-robin matching with SLIP.” Transactions on Emerging Telecommunications Technologies, 2022.
    • “Design and Implementation of Power-Efficient Cryptography Scheme Using a Novel Multiplication Technique.” Wireless Personal Communications, 2023.
    • “Generic sub-space algorithm for generating reduced order models of linear time varying VLSI circuits.” ACM Great Lakes Symposium on VLSI, 2008.

    Research & Development Projects

    DST–SEED–CRRC

    Project or Initiative:
    Community Resilience Resource Centre, six blocks of Ranga Reddy district
    Funding:
    ₹1.50 crore

    DST–TIDE

    Project or Initiative:
    Low-cost foot therapy device for plantar fasciitis
    Funding:
    ₹50.58 lakh

    DST–FIST

    Project or Initiative:
    Humanoid Robotics Laboratory
    Funding:
    ₹50.00 lakh

    DST–CSRI

    Project or Initiative:
    SAMSED: ad hoc wireless sensor networks for disaster survivor detection
    Funding:
    ₹41.98 lakh

    DST–NCSTC

    Project or Initiative:
    Training science & mathematics teachers using economical teaching aids
    Funding:
    ₹24.05 lakh

    DST–WOSA

    Project or Initiative:
    Differential & Leakage Power Analysis Crypto System
    Funding:
    ₹19.95 lakh

    NSDC / PMKVY 4.0

    Project or Initiative:
    Skilling for job roles
    Funding:
    ₹11.50 lakh

    DST–NEB

    Project or Initiative:
    Innovation and Entrepreneurship Training Programme
    Funding:
    ₹3.60 lakh

    AICTE–RPS

    Project or Initiative:
    Routing algorithms for wireless sensor networks (environmental monitoring)
    Funding:
    ₹3.10 lakh

    AICTE

    Project or Initiative:
    IDEA Lab — Principal Investigator
    Funding:
    Self-financed

    AICTE–KAPILA

    Project or Initiative:
    Intellectual property literacy and awareness
    Funding:
    Self-financed

    Authored Book

    Drone Technology: Future Trends and Practical Applications — Sachi Nandan Mohanty, JVR Ravindra, G. Surya Narayana, Chinmaya Ranjan Pattnaik and Y. Mohamed Sirajudeen. John Wiley & Sons, 2023.

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