Introduction

Chapter 1. Basic principles of radio navigation

1.1 summary of radio navigation development

1.2 concept of navigation and radio navigation

1.3 coordinate systems

Chapter 2. The concept of radio navigation systems

2.1 features of radio waves propagation

2.2. Classification of radio navigation systems

2.3. Methods for determining the location of moving objects

2.4. System working area

2.5. Time keeping in radio navigation systems

Chapter 3. Short-range navigation systems

3.1. Short-range radio technical navigation system

3.3 radio navigation system vor/dme

3.4 gras automated system

Chapter 4. Systems of long-range radio navigation with ground-based stations

4.1 phase code systems of the long-wave range

4.2. Super-long wave range systems

Chapter 5. Instrumental landing systems

5.1 systems of one meter range

5.3 microwave systems

Chapter 6. Satellite radionavigation systems

6.1 overview of the development of the systems

6.2 principles of system operations

6.3 main characteristics of systems

Chapter 7. Differential and relative operation modes of systems

7.1 principle of systems operation in differential mode

7.2 principle of operation in relative mode

Chapter 8. Augmentation systems to ground-based GNSS

8.1 principles of creation of satellite augmentation systems

8.2. General information on GBAS

8.3 purpose, basic requirements and functions of GBAS

8.4 technical requirements and characteristics of LAAS

8.5. The concept of system data integrity

8.6 characteristics of coordinates determination accuracy

8.7. Monitoring errors in ephemeris and GNSS failures

8.8 continuity of service

8.9. Selecting the channel and identifying the LAAS

8.10. Final approach path

8.11. Accounting of airport location conditions

8.12. Lateral and vertical thresholds of alarm actuation

8.14. Accuracy of setting reference parameters

8.15. Introduction of GBAS systems in Russia

Chapter 9 Automatic dependent surveillance

Reference