Mini Course Jan. 2nd- 5th, 2018 |
Instructors
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Textbook: Paul Groves, Principles of GNSS, Inertial, and Multisensor Integrated Navigation Systems, Second Edition, Artech House, 2013.
Software: MATLAB/SIMULINK (2016b preferred) Free 30-Day MATLAB trial
Registration info please email: aly[dot]elosery[at]nmt[dot]edu
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Course Description:
This short course will cover the basics of terrestrial location and navigation with an emphasis on practical exposure to the technology. The course is designed for working engineers in the area of navigation. Both simulation development and hardware demonstration will be covered.
Key components of the course include: an overview
of inertial navigation technology; principles of strapdown inertial
navigation systems including coordinate frames, attitude representation,
and mechanization in various coordinate frames; sensor technology covering
a wide range of accelerometers and gyroscopes; sensor specifications
and characterization; testing and calibration approaches; effects
of inertial sensor error and compensation methods; and introduction
to unmanned systems; analysis of real sensor data and simulation and
modeling using MATLAB/Simulink.
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Topics Covered:
- Day 1: Navigation Mathematics
- Introduction to Navigation Concepts and Terminology
- The four main Coordinate frames
- Linear and Rotational Motion Kinematics
- Earth surface and Gravity
- Coordinate Frame Transformations
- Day 2: Navigation Sensors and INS Mechanization
- Accelerometer and Gyroscope Technology
- Inertial Sensor Error Characteristics, Calibration, and Modeling
- Inertial Navigation Equations (1D, 2D, and 3D cases)
- Course self-alignment
- Day 3: INS/GPS Integration
- GPS Technology
- Estimation and Kalman Filtering
- Aided-INS Integration Architectures
- System Model and Augmentation
- Measurement Model
- Day 4: Hardware Demonstration/Implementation of Aided-INS using the VN200 and MATLAB
- IMU PVA mechanization in Tan frame
- Compass and Gyro integration
- GPS/INS integration
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Short Bio: Dr. Bruder
Stephen Bruder, Ph.D., is a subject matter expert in the area of GPS
denied navigation with 20+ years of experience and more
than 50 peer reviewed publications. He is currently an associate
professor at Embry-Riddle Aeronautical University, group lead of the
ICARUS research group, and a consultant in the area of aided navigation
systems. Dr. Bruder has served as principal investigator on aided
navigation projects for MDA, AFRL, NASA, SNL, USSOCOM, and others,
to include the development of a GPS denied navigation algorithms for
unmanned ground vehicles (SNL) and a satellite based auto-calibrating
inertial measurement system (MDA).
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Short Bio: Dr. El-Osery
Dr. Aly El-Osery received his B.S. in 1997, M.S. in 1998 and
Ph.D. in 2002 in electrical engineering from the University of
New Mexico. From 1997 to 2002 he was a research assistant at
the Autonomous Control Engineering Center at the University
of New Mexico. In 2002 he joined the Electrical Engineering
Department at New Mexico Institute of Mining and Technology,
Socorro, New Mexico and is currently an Associate Professor and
Chair of the Electrical Engineering Department. His research
interests are in the areas of inertial navigation and RF based
aiding sensors, electronic warfare, navwar, multi-agents robotics,
wireless communications, control systems, sensor networks and soft
computing. He has over 65 journal, book chapters, and conference
publications in these areas. He is a senior member of IEEE and
several of its societies including Systems Man and Cybernetics
Society, and Communication Society.
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Short Bio: Dr. Wedeward
Kevin Wedeward serves as the Dean of Engineering and is a
Professor of Electrical Engineering at New Mexico Institute of
Mining and Technology (also known as New Mexico Tech). He arrived
at New Mexico Tech in 1997 after teaching at the United States
Naval Academy, and most recently served as Chair of New Mexico
Tech’s Department of Electrical Engineering. His background
is in electrical engineering and mechanical engineering, and he
teaches courses on robotics, inertial navigation, control systems,
power systems, engineering design, circuits and systems. He works
on projects related to robots and unmanned vehicles in hazardous
environments, security of electric power systems, and integration
of renewable energy into the power grid, which have resulted in
diverse publications and sponsorship by industry and government.
Recently, he co-developed project-based courses focused on
space vehicles and robotics for freshmen in anticipation of
increasing engagement, and ultimately improving retention and
rates of graduation.
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