Aircraft Board Information Systems

Lecturer:

Tutor:

Supervisor:

Department of Control Engineering

Synopsis:

The topics of this course are the problems connected with fighter mission planning, take off of overloaded aircraft, approaching the target, activity around the target, flight task completion, return back to basis and flight mission evaluation. Overview of fighters is presented, types and usage of their weapons as well. Theory of fire and arts of the aiming, various types of attacks and arts of electronic fight are discussed themes.

Requirements:

Syllabus of lectures:

1. Flight trajectory planning, take off of overloaded aircraft calculation

2. Flight optimization, target approaching

3. Calculation of fuel consumption for the complete flight

4. Aircraft guiding within the target area, target identification, guidance to a target

5. Radioelectronic fight methodology, passive, active

6. Identification of a source of radiation affecting the aircraft, missile guidance

7. Board radioelectronic neutralization, transmission of false targets

8. Aircraft missile targeting devices, classification and parameters

9. Theory and methodology of targeting of uncontrolled arm systems

10. Terrestrial target, flying target, set of working equations

11. Data measurement, calculation of flight and arm data

12. Device realization, vizualization systems

13. Automation of targeting sequences

14. Evaluation of a mission and return planning

Syllabus of tutorials:

1. Flight planning, estimation of fuel consumption

2. Simulation of static and dynamic aircraft characteristics

3. Calculation and simulation of overloaded airplain take off

4. Aircraft guiding to a target in horizontal plane, simulation

5. Aircraft guiding to a target in vertical plane, simulation

6. Approaching the target neighborhood in horizontal plane, simulation

7. Approaching the target neighborhood in vertical plane, simulation

8. Missile targeting devices, overview and implementation

9. Arm open loop control systems, targetting methodology

10. Calculation of targeting to the terrestrial target

11. Tragetting to the terrestrial target, simulation

12. Calculation of targeting to the flying target

13. Tragetting to the flying target, simulation

14. Realization of board devices

Study Objective:

Study materials:

1. Lewis, Stevens. Aircraft control and simulation. Willey New York, 1992.

2. McRuer, Ashkenas, Graham. Aircraf dynamics and automatic control.

Princeton University Press Princeton, 1973

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans:

• Aerial Information and Control Systems - Magister Studies (compulsory course)
• Aerial Information and Control Systems - Magister Studies (compulsory course)