Information Security, Neural Network, Fuzzy Logic, Wireless Expert Consultant Resume

• Computer
• Electronics
• Communications
• Aerospace
• Defense
• Agriculture
• Medical

This expert earned their Ph.D. and M.S. in Electrical Engineering from Polytechnic University in New York.

This expert has a B.S. in Control Engineering from National Chiao Tung University in Taiwan.

Information Security, Neural Network, Fuzzy Logic, Wireless Expert Consultant Resume

This expert specializes in information networking technology, information security, computer organization and assembly language programming, and computer system design. Further expertise includes simulation of electronic devices, neural networks, fuzzy logic, and optical computing. Other related fields of expertise include advanced computer architecture, parallel processing, and theory of concurrent systems.

This expert has conducted numerous studies in areas including authentication, distributed denial of service prevention, video data compression, and video phone and video conferencing. Further studies include English and Chinese hand-written character recognition, and neural/fuzzy irrigation controller. Additional research includes facial, handwritten character, and waveform recognition. Other research encompasses supercomputers, hardware and software, and image recognition.

Other areas of emphasis include computational fluid dynamics, charged particle transport, plasma processing, and superconductor thick film fabrication. Related fields of emphasis are vision, spatio-temporal signal processing, robotic control, and neural network chips for real-time signal processing. This expert is also skilled in engine and power control, supercomputing neurocomputers, neural network models for neurodynamics, and RF discharges.

Additional experience and specialization includes multimedia and networking, database programming, server security, and router and switch configuration and network design. Further experience includes wireless/mobile authentication schemes, authentication hardware devices, wireless security for video communication, and wireless intrusion prevention. Other speciality areas are secure information infrastructure, secure unified communication, secure web-based applications, and secure wireless networks.

Consultant, Kevin Kennedy Associates Inc.

Professor, Electrical and Computer Engineering, major university

Alumni Professor, Electrical Engineering, major university

Alumni Associate Professor, Electrical Engineering, major university

Associate Professor, Electrical Engineering, major university

Assistant Professor, Electrical Engineering, major university

Research Fellow, Polytechnic University

Adjunct Lecturer, Polytechnic University

Teaching Assistant, Texas Tech University

Research Assistant, Texas Tech University

Engineer and Instructor, Telecommunication Training Institute, Taiwan

Research Activities: Built the first Real-Time Chinese Speech Recognition System with G. Chiu and T. Tzeng, shown at the Information System Exhibition Week, Taiwan. Used the FLUKE 3040A Digital/Analog Automatic Testing System to test circuits. Designed the Microprocessor-Aided Instruction for Microcomputer System, the prototype of which was demonstrated in the Telecommunication Centennial Celebration and Show, Taiwan. Designed an improved Real-Time Chinese Speech Recognition System.

Information Technology Consultant for US Government and corporations. Secure information infrastructure: including developing and deploying secure network, servers and clients. Experience with Microsoft 2003, 2008, Vista, XP, ISA, IIS, Certificate Authority, VPN, SSL and NAP; Cisco routers, firewalls, ASAs, IDS/IPS, switches, and NAC; and other telecom/computer products (such as Adtran and Apple products) and open source software (such as Snort, Linux, and MySQL). Secure unified communication: Cisco and Microsoft product configuration and deployment. Secure web-based applications: AJAX, java, and Microsoft code development. Secure wireless networks: Cisco and Adtran equipment configuration and deployment

Developed Research Programs and Laboratories:

A. Neural Networks: (i) fundamental research on neural network models for neurodynamics, vision, spatio-temporal signal processing, and robotic control (ii) applications of neural networks to vision, acoustic emission classification, acoustic imaging, facial, handwritten character and target recognition, and robotics (iii) applications of neural network chips for real-time signal processing, engine and power control (iv) development of supercomputing neurocomputers to achieve tera-operations per second

B. RF discharges: (i) multidimensional analytic models for inductively coupled plasma sources (ii) investigation of nonequilibrium phenomena in RF discharges (iii) development of parallel numerical algorithms to simulate the RF discharges on multiprocessor systems

C. Parallel processing: (i) architectural design and implementation of a parallel processing network for a working system consisting of 64 processors (ii) parallel programming and debugging tools (iii) parallel algorithms for scientific simulations (iv) visualization of scientific computing (v) applications on RF discharges, neural networks, and fluid dynamics (vi) Switching protocol and hardware for communication between parallel processors

D. Fuzzy logic:(i) learning capability for fuzzy logic (ii) applications to facial, handwritten character (Alphanumeric and Chinese characters) and waveform recognition (iii) Experimental Comparison of handwritten character recognition system for Alphanumeric and Chinese characters with CIC and Fineart systems (iv) real-time fuzzy chip-based fault classifier in power control

E. Optical computing: (i) optical interconnection networks using volume holograms, phase modulation, and quantum well devices (ii) optical neural networks and fuzzy logic using spatial light modulators

F. Video data compression: (i) Using neural/fuzzy techniques to adaptively select compression ratio based on the content of the images (ii) Applications on video phone and video conferencing (iii) Experimental comparison with Intel Indeo system

G. Multimedia and networking (i) Multimedia teaching and authoring for engineering courses (ii) Multimedia communication by new switches for computer networks

H. E-Commerce and Networking Laboratory (i) E-commerce software development (ii) Database programming (iii) Server security (iv) Router and switch configuration and network design

I. Information Security Laboratory (i) Distributed denial of service prevention (ii) Wireless/Mobile authentication schemes (iii) Authentication hardware devices (iv) Wireless security for video communication (v) Wireless intrusion prevention

Securing Information Infrastructure
Denial of Service Attacks on Network-Based Control Systems: Impact and Mitigation
Energy-Efficient and Intrusion-Resilient Authentication