|
|
The following table shows
the schedule for the satellite navigation training: |
|
time
|
1. day
(Monday)
|
2. day
(Tuesday)
|
3. day
(Wednesday)
|
4.day
(Thursday)
|
5. day
(Friday)
|
|
9:00 - 10:30
|
Welcome and introduction,
organisational matters, basics of navigation |
Procedures
of satellite navigation, geometry, (GDOP), exercises in determination of
orbits |
Introduction
of digital signal processing and RF technology, exercises in scanning and
folding |
Complete reception and signal
processing concepts |
Technical characteristics
of satellite procedures, advantages and disadvantages |
|
10:30 - 10:45
|
coffee break |
coffee break |
coffee break |
coffee break |
coffee break |
|
10:45 - 12:15
|
Coordinate
systems, map illustrations, introduction of exercises |
Orbit
mechancis, disrupted orbits, orbit parameters and their encoding, exercises |
Description of GPS and GLONASS
signals, acquisition calculation, exercises |
Determination of time and
position, filtering |
application: traffic telemathics
and support, geodesy |
|
12:15 - 13:15
|
lunch break |
lunch break |
lunch break |
lunch break |
lunch break |
|
13:15 - 14:45
|
Great circle calculation,
coordinate transformation, siderial time calculation |
Determination of satellite
orbits, sub-satellite orbits, viewing angle |
Advantages
of the employed procedures, CCF, exercises |
Excercise
position and speed calculation from pseudo-distances |
Application in aircrafts
and positioning |
|
14:45 - 15:00
|
coffee break |
coffee break |
coffee break |
coffee break |
coffee break |
|
15:00 - 16:30
|
Navigation
procedures and comparison, exercises |
Doppler
shifting and its measurement, exercises |
Circuit basics of a satellite
receivers |
Description of INMARSAT
navigation functions and GNSS |
Market situation, final
discussion |