Future Courses and Tutorials
IEEE AESS Tutorials
Radar Systems Performance Modeling (Finished in late 2007)
G. Richard Curry
Consultant
USA
Space Time Adaptive Processing for AMTI and GMTI Radar (2008)
Dr. Daniel Rabideau and Dr. Steven Kogon
MIT Lincoln Laboratory
USA
Bistatic Radar (Early 2008)
Prof. Hugh Griffiths
Defence College of Management and Technology
Defence Academy of United Kingdom
Cranfield University
UK
STAP Radar Environment, Detection Theory, and Advanced Algorithms (Mid 2008)
Dr. Michael Picciolo and Dr. J. Scott Goldstein
SAIC
USA
High Resolution Radar (2008)
Prof. Chris Baker
University College London
UK
Radar Systems in the 24 and 77 GHz Domain for Automotive Applications (2008)
Prof. Hermann Rohling
Technische Universitat Hamburg-Harburg
Gremany
Knowledge Based Radar Signal Processing, Waveform Diversity, and Systems Engineering (2008)
Michael Wicks
Air Force Rome Laboratory
USA
Sea Clutter : Scattering, The K-Distribution and Radar Performance (2008)
Simon Watts
Thales Aerospace and
Keith Ward
TW Research
UK
IEEE AESS Courses
Digital Signal Processing
- Discrete-Time Signals and Systems (about 12 lectures by May 2008)
- Sampling-DFT-FFT (about 10 lectures by September 2008)
- Digital Filters (about 10 lectures by March 2009)
Dimitris Manolakis
MIT Lincoln Laboratory
USA
MIT Lincoln Laboratory Tutorials/Courses to be Linked to IEEE/AESS Education Website
Introduction to Radar Systems (Late 2008)
Robert O’Donnell
MIT Lincoln Laboratory
USA
Radar Systems (2009)
Robert O’Donnell
MIT Lincoln Laboratory
USA
Adaptive Arrays and Phased Arrays (2008)
Alan Fenn
MIT Lincoln Laboratory
USA
Embedded Digital Signal Processing for Radar Systems (Late 2008)
David Martinez et al
MIT Lincoln Laboratory
USA
Microwave Systems Engineering (2009)
Michael Shields
MIT Lincoln Laboratory
USA
Other IEEE/AESS Tutorial Topics in Various Stage of Discussion / Negotiation with Lecturer(s)
Fundamentals of GPS (TBD)
(Under Negotiation with Lecturer)
Inertial Navigation Systems (TBD)
(Under Negotiation with Lecturer)
Tracking Techniques (TBD)
(Under Negotiation with Lecturer)
Plus a Number of Other Non-Radar Topics
Space Based Radar
