Nebu John Mathai

 Nebu John Mathai

Nebu John Mathai

  • Courses4
  • Reviews5

Biography

Texas A&M University College Station - Engineering

Executive Vice President, Product Engineering at Cognitive Systems Corp --- the creators of WiFi Motion!
Computer Hardware
Nebu John
Mathai
Toronto, Canada Area
Expertise:
Expert-class AI, Machine Intelligence, Digital signal processing, Control Systems Design
First-time Correct ASIC and FPGA design
High Performance Computer Architecture
ASIP Architecture, Design & Verification
Processor architecture (DSP, CPU, superscalar, vector)
Nonlinear dynamical systems
First-time Correct Silicon design, verification and implementation
Computational Intelligence

Disruptive High-performance, Ultra-Low-SWaP cognitive radio, unmatched by the market
EW-on-chip; ISR-on-chip
SDR for next generation CEMA, Spectrum Operations, ISR, EW, mass-deployed Sensor-Actuator Networks
Secure cyber-physical systems and sensor-actuator networks
SoC architecture, modelling, design and verification
Processor Architecture and Design
Optimizing Compilers
AI, Machine Learning, Signal processing and control systems design, implementation, and validation
Software engineering
Supercomputer (hardware and software) architecture, design, implementation
HPC; Grid computing
GPGPU, CUDA, OpenCL, OpenMP
Nonlinear dynamical systems
Mechatronics and autonomous robotics
Computer vision, OpenCV
Computational intelligence


Experience

  • Texas A&M University

    Lecturer

    2006 Texas A&M IEEE Best Professor Award
    2005 Texas A&M IEEE Best Teaching Assistant Award

  • Magnum Semiconductor

    Senior Engineer, Advanced Video Algorithms Group

    -digital signal processing and other image processing algorithms design, architecture, modelling and verification

  • Zoran

    Senior Design Engineer

    Led the transition of the Toronto office from a software-like FPGA flow, to a rigorous first-time-correct ASIC design flow.

  • Cognitive Systems Corp.

    EVP, Product Engineering

    Nebu John worked at Cognitive Systems Corp. as a EVP, Product Engineering

  • BlackBerry

    Senior Digital Design Engineer, Advanced Radio Systems

    -digital systems architecture, design and verification, emulation
    -high performance computer processor architecture
    -digital signal processing and control algorithms research, modelling, hardware implementation, verification
    -digital design methodology/infrastructure development
    -advanced processor-compiler architectures

Education

  • University of Toronto

    M.Eng.

    Electrical and Computer Engineering

  • Texas A&M University

    Ph.D.

    Electrical Engineering
    Received the 2008 Senator Phil Gramm Doctoral Award Held an NSERC PGS Doctoral Fellowship from 2005-2008 2006 Texas A&M IEEE Best Professor Award 2005 Texas A&M IEEE Best Teaching Assistant Award

  • Texas A&M University

    Lecturer


    2006 Texas A&M IEEE Best Professor Award 2005 Texas A&M IEEE Best Teaching Assistant Award



  • University of Toronto - Rotman School of Management

    Strategic Business Leadership

Publications

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Sliding-Mode Amplitude Control Techniques for Harmonic Oscillators

    IEEE Trans. on Circuits and Systems

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Sliding-Mode Amplitude Control Techniques for Harmonic Oscillators

    IEEE Trans. on Circuits and Systems

  • Vector Field Driven Design for Lightweight Signal Processing and Control Schemes for Autonomous Robotic Navigation

    EURASIP Journal on Advances in Signal Processing Special Issue on Signal Processing Advances in Robots and Autonomy

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Sliding-Mode Amplitude Control Techniques for Harmonic Oscillators

    IEEE Trans. on Circuits and Systems

  • Vector Field Driven Design for Lightweight Signal Processing and Control Schemes for Autonomous Robotic Navigation

    EURASIP Journal on Advances in Signal Processing Special Issue on Signal Processing Advances in Robots and Autonomy

  • Hardware Implementation Perspectives of Digital Video Watermarking Algorithms

    IEEE Transactions on Signal Processing

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Sliding-Mode Amplitude Control Techniques for Harmonic Oscillators

    IEEE Trans. on Circuits and Systems

  • Vector Field Driven Design for Lightweight Signal Processing and Control Schemes for Autonomous Robotic Navigation

    EURASIP Journal on Advances in Signal Processing Special Issue on Signal Processing Advances in Robots and Autonomy

  • Hardware Implementation Perspectives of Digital Video Watermarking Algorithms

    IEEE Transactions on Signal Processing

  • Computer Architecture and Software-Defined Radio

    2015 IEEE 5G Summit, Toronto

    On the vital relevance of computer architecture to software-defined radio.

  • Cybernetic automata: An approach for the realization of economical cognition for multi-robot systems

    Texas A&M University

  • Lightweight Security Principles for Distributed Multimedia-Based Sensor Networks

    Proc. Annual Asilomar Conference on Signals, Systems and Computers

  • Vector field design of screw-type chaos

    Fluctuation and Noise Letters

  • A Bio-inspired Analog Scheme for Navigational Control of Lightweight Autonomous Agents

    Proc. IEEE International Conference on Robotics and Automation

  • VLSI Implementation of a Real-Time Video Watermark Embedder and Detector

    Proc. IEEE International Symposium on Circuits and Systems

  • Sliding-Mode Amplitude Control Techniques for Harmonic Oscillators

    IEEE Trans. on Circuits and Systems

  • Vector Field Driven Design for Lightweight Signal Processing and Control Schemes for Autonomous Robotic Navigation

    EURASIP Journal on Advances in Signal Processing Special Issue on Signal Processing Advances in Robots and Autonomy

  • Hardware Implementation Perspectives of Digital Video Watermarking Algorithms

    IEEE Transactions on Signal Processing

  • Computer Architecture and Software-Defined Radio

    2015 IEEE 5G Summit, Toronto

    On the vital relevance of computer architecture to software-defined radio.

  • A BEAM-Inspired Lyapunov-Based Strategy for Obstacle Avoidance and Target-Seeking

    American Control Conference

Positions

  • IEEE

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

  • IEEE

    Member

  • Professional Engineers Ontario

    Member

  • Association of Old Crows

    Member

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