IEEE - Aerospace and Electronic Systems - July 2022 - 20

2022 Aerospace & Electronic Systems Society
Distinguished Lecturers Program
All AESS Chapters and IEEE Sections are encouraged to take advantage of the AESS Distinguished Lecturer for their regular or
special meetings, allowing them to select from an outstanding list of truly distinguished speakers who are experts in the technical
fields of the society. For specifics on how to obtain a speaker, please visit ieee-aess.org/DLP.
Thank you to all who attended the 2021 IEEE AESS Virtual Distinguished Lecturer Webinar Series. This initiative allowed us to
continue providing AESS members with our respected and reputable Distinguished Lecturer program during these uncertain times.
Recordings of all webinars are available on the IEEE Learning Network and on our ieee-aess.org.
Yaakov Bar-Shalom, University of
Connecticut
 Target Tracking & Data Fusion
 Information Transfer Across Adjacent Cameras
in a Network
W. Dale Blair, Georgia Tech Research Inst.
 Tracking Maneuvering Targets in a World of
Netted Sensors
 Systematic Filter Design for Tracking
Maneuvering Targets
Erik P. Blasch, US Air Force Research Lab
 Overview of High-Level Information Fusion
Theory, Models, & Representations
 Multispectral Image Fusion & Night Vision
Colorization
Michael S. Braasch, Ohio University
 Characterization & Mitigation of Multipath in
GNSS
 Fundamentals of Inertial Navigation
 Fundamentals of Inertial Aiding
 Gravity-Modeling Considerations in HighIntegrity
Inertial Systems
David Brown, Southwest Research Institute
 Application of SOSA to Airborne EW
 Cognitive DF for Airborne Systems
Frederick E. Daum, Raytheon
 Is There a Royal Road to Robustness?
 MIMO Radar: Snake Oil or Good idea?
 Never Trust a Simulation without a Simple
Back-of-the-Envelope Calculation
 Nonlinear Filters with Particle Flow
 Real World Data Fusion
 Bayesian Quantum Mechanics
 Reinforcement Learning
Mark E. Davis, Independent Consultant
 Ultra Wideband Surveillance Radar
Antonio De Maio, Università " Federico II " di
Napoli
 Radar Detection, Performance, & CFAR
Techniques
 Optimization Theory in Radar Signal Processing
 Electronic Attack and Antenna Based
Countermeasures
Walt D. Downing, Southwest Research Inst.
 Space Avionics & Scientific Instruments for
Unmanned Space Missions
 Bridging the Valley of Death
Giuseppe Fabrizio, Defence Science &
Technology
 Robust Adaptive Array Processing for Radar
 Over-The-Horizon Radar
Alfonso Farina, Selex (Retired)
 Radar Adaptivity: Antenna Based Signal
Processing Techniques
Demoz Gebre-Egizabher, University of
Minnesota
 Design & Validation of Fault-Tolerant Integrated
Navigation Systems for Small UAVs
 Cooperative & Networked Navigation
 Signal of Opportunity Navigation for Small
Spacecraft in Deep Space
Felix Govaers, Fraunhofer FKIE
 Multi Sensor Fusion in Distributed Systems
Maria Sabrina Greco, University of Pisa
 Sea & Land Clutter Statistical Analysis &
Modeling
 Advanced Techniques of Radar Detection in
Non-Gaussian Background
 Sensor Selection for Multistatic Radar Networks
 Cognitive Radars
Hugh D. Griffiths, University College London
 The Challenge of Waveform Diversity
 Bistatic & Multistatic Radar
Wolfgang Koch, Fraunhofer FKIE
 Multistatic Exploration: Intro to Modern Passive
Radar & Multistatic Tracking & Data Fusion
 Tracking & Sensor Data Fusion
Kathleen Kramer, University of San Diego
 Feature Object Extraction
 Navigation: The Road to GPS & Getting
Beyond It
Krzysztof Kulpa, Warsaw University of
Technology
 Passive Radar Technology: Ground-based &
Moving Platform Challenges
 Noise Radar Technologies
 Radar Technology: New Trends & Frontiers
 Passive & Active Radar
Lorenzo Lo Monte, Telephonics
 Radar Systems Prototyping
 History & Future of Radar & EW
Uttam Kumar, US Air Force Research Lab
 Deep Learning for Radio Frequency Target
Classification
Y. Jade Morton, University of Colorado
Boulder
 Satellite Navigation & Sensing
Athina Petropulu, Rutgers University
 Optimum Co-Design for Spectrum Sharing
Between MIMO Radar & MIMO Communication
Systems
 On Radar Privacy in Shared Spectrum
Scenarios
Dated: May 2022
Contact - VP Education, Alexander Charlish
alexander.charlish@ieee.org
Dated: July 2022
 Multidimensional Sparse Fourier Transform &
Application to Digital Beamforming Automotive
Radar
 Dual-Function Radar Communication System
With Communication and Radar Performance
Tradeoff
Bob Rassa, Raytheon Company (Retired)
 Business Case for Systems Engineering
Luke Rosenberg, DST Group
 New Concepts in Maritime Detection
 The Importance of Sea Clutter Modeling
 Simulation of Radar Sea Clutter
Roberto Sabatini, RMIT University
 Aerospace Cyber-Physical Systems
George T. Schmidt, MIT/Draper Lab (Retired)
 Inertial System & GPS Technology Trends
 Navigation Sensors & Systems in GNSS
Degraded & Denied Environments
 Inside Apollo: Heroes, Rules & Lessons
Learned in the Guidance, Navigation, & Control
(GNC) System Development
Vince Socci, LHP Software
 How it Works: UAV Technology Overview
 How it's Used: UAV Applications & Business
Opportunities
 How it's Managed: UAV Policies & Regulations
 A Course for New Drone Operators
Roy Streit, Metron, Inc.
 Analytic Combinatorics for Multi-Object Tracking
& Higher-Level Fusion
Hongbo Sun, Nanyang Technological
University
 Passive Through-Wall Human Sensing with
WiFi
 Countering the Drone's Threat by Radar
 Radar Tomographic Imaging - Achieving High
Resolution With Spatial Diversity
Peter Willett, University of Connecticut
 A Primer on Various Approaches to Data
Association
 Maximum-Likelihood Methods in Target
Tracking & Fundamental Results on Trackability
 Distributed Detection & Data Fusion
Yuanxin Wu, Shanghai Jiao Tong University
 Inertial Navigation: Sensing & Computation into
the Future
Birsen Yazici, Rensselaer Polytechnic
Institute
 Machine Learning for Radar Sensing & Imaging
 Non-Convex Optimization for Active & Passive
Radar
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IEEE - Aerospace and Electronic Systems - July 2022

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