Navigation and guidance systems
This course is for engineers who want to acquire a basic knowledge of navigation techniques. It covers the in-system use of navigation methods and means. Also covered are the increasing roles of navigation and localization in complex weapon systems and associated future prospects. Guiding is covered through two presentations.
The course lasts 5 days (32 hours) and includes:
- A general introduction
- 19 illustrated lectures
- 2 sessions with navigation filter simulations
- An overview of the laboratories at the Centre DGA/Maîtrise de L’information in BRUZ
This course partly covers the themes presented in the second part of course ARF 011, previously scheduled over 10 days. It completes these and finishes with the global concept of navigation systems with an overview of guidance systems.
The various types of navigational means are covered first, including inertial navigation, followed by the way in which these different means are hybridized in a navigation system, as well as the associated filtering techniques.
Finally, the increasing role of navigation and localization in modern weapon systems, taking into account interoperability constraints, the development of satellite radionavigation and the evolution of automation. Many applications are presented to illustrate this point. A visit to the laboratories and testing facilities at DGA/Maîtrise de L'information helps concretely illustrate the various points discussed.
Course level: Basic/Advanced
It is desirable that the participants have an understanding of the principles of inertial systems, summarized briefly at the beginning of the course. Previous completion of ARF 011 or equivalent is necessary. It is also desirable for participants to have an understanding of the principles of probability and random variables.
Inertial Systems Expert
Navigation Systems Expert
- General information on navigation and navigation systems
- Overview of navigation means and systems
- Inertial systems
- Principles of inertia
- The dynamics of inertial errors
- Alignment of inertial systems
- Hybrid Inertial Systems (summary)
- Navigation filters
- Principle and benefit of filtering in a navigation system
- Simulation-based demonstrations
- Examples of navigation systems and techniques
- Satellite radionavigation and hybridization with inertia
- Profile correlation
- Marine navigation
- Land navigation
- Stellar targets
- Overview of evaluation methods for navigation systems
- Overview of missile guidance techniques
- Autonomous navigation applied to robotics
- Specificities and issues of autonomous navigation
- Applications and prospects
- Visit to the laboratories at the Centre DGA/MI (stellar targets, radionavigation, test vehicles, guidance laboratory, etc.)
- An example of integrating navigation within a weapons system
- Evolution of guidance-navigation techniques
- Evolution of needs
Scheduled in French:
PARIS: 18 to 22 November 2019
For the English realization, please, consult us.
€2,560 excluding tax (20% VAT)