BeiDou Navigation Satellite System. Maritime Applications/Навигационная спутниковая система BeiDou. Морское применение

Издание на английском языке
This book covers the development and application of GNSS in maritime navigation, with an emphasis on the BeiDou system, standards and technical aspects. It is intended for professionals and engineers interested in the safety and efficiency of maritime navigation.

Content
1. Introduction
1.1. Maritime Navigation Method
1.1.1. Celestial Navigation
1.1.2. Landmark Navigation
1.1.3. Dead Reckoning Navigation
1.1.4. Inertial Navigation
1.1.5. Land-Based Radio Navigation
1.1.6. Satellite Navigation
1.1.7. Quantum Navigation
1.2. Positioning Geometry Principles
1.2.1. Direction Finding Positioning
1.2.2. Ranging Positioning
1.2.3. Range-Difference Positioning
References
2. Positioning Errors of Maritime Navigation Systems
2.1. Basic Theory
2.2. Position Line Error
2.2.1. Direction Finding Positioning
2.2.2. Rang Positioning
2.2.3. Range Difference Positioning
2.3. Positioning Error
2.3.1. Equiprobable Error Ellipse
2.3.2. The Major and Minor Semi-axis, and Orientation of Equal Probability Error Ellipse
2.3.3. Equiprobable Error Ellipse Probability
2.4. Satellite Navigation Positioning Error
2.4.1. Measurement Error
2.4.2. Geometric Precision Factor
2.4.3. Positioning Error
References
3. Satellite Navigation Maritime Standards
3.1. IMO Standards
3.1.1. Introduction to Relevant International Organizations
3.1.2. International Maritime Standards for Satellite Navigation Systems
3.1.3. BDS International Maritime Standards
3.2. RTCM Standards
3.2.1. RTCM Introduction
3.2.2. Satellite Navigation System RTCM Standard
3.2.3. BDS RTCM Standard
3.3. Shipborne Radio Navigation Receiver Standards
3.3.1. Performance Standard
3.3.2. Testing Standard
3.4. Relevant Standards of Satellite Navigation in the Maritime Field of China
References
4. Beidou Radio Determination Service
4.1. RDSS Working Principle
4.1.1. Workflow
4.1.2. Types of Services
4.1.3. Positioning Principle
4.1.4. Short Message Communication
4.1.5. Position Report
4.1.6. Timing Services
4.1.7. Emergency Search and Rescue
4.1.8. Service Performance
4.2. RDSS Service Management System
4.2.1. BDS Agent-Level Services
4.2.2. BDS Terminal-Level Services
4.2.3. BDS Product Quality Testing Services
4.3. RDSS Typical Application Modes
4.3.1. Cluster Applications
4.3.2. Group Application
4.3.3. Typical Application of RDSS
References
5. Global Maritime Distress and Safety System
5.1. System Development
5.2. System Functions
5.3. System Components
5.3.1. Ground Communication Systems
5.3.2. Satellite Communication Systems
5.4. Mobile Satellite Communication System
5.4.1. System Status
5.4.2. System Components
5.4.3. Beidou Short Message Communication Service
5.5. COSPAS-SARSAT System
5.5.1. System Overview
5.5.2. System Components
5.5.3. Beidou International Search and Rescue Service
5.6. GMDSS Search and Rescue Communication Network
5.6.1. System Overview
5.6.2. Search and Rescue Coordination Operational
Procedures
References
6. Automatic Identification System
6.1. Technological Development
6.1.1. Budding Stage
6.1.2. Perfection Stage
6.1.3. Mature Stage
6.1.4. Future Development
6.2. System Composition
6.2.1. AIS Shore-Based System
6.2.2. AIS Station
6.3. System Principle
6.3.1. Data Transfer Protocol
6.3.2. Data Exchange Processing Interface
6.3.3. AIS Message
6.4. BDS Application Mode
6.4.1. BDS Positioning Application
6.4.2. BDS Timing Application
6.4.3. BDS Short Message Communication Application
6.5. Technical Standard
6.5.1. IMO Standard
6.5.2. ITU Standard
6.5.3. IEC Standard
6.5.4. IALA Standard
6.6. System Applications
6.6.1. Collision Avoidance Search and Rescue
6.6.2. Ship Supervision
6.6.3. Navigation Service
6.6.4. Application Platform
References
7. Ship Dynamic Monitoring System
7.1. System Structure
7.1.1. Networking Coordination Center
7.1.2. Ship Monitoring Information System
7.1.3. Communication Network
7.1.4. Shipboard Terminal
7.1.5. Information Transfer Protocol
7.2. System Functions
7.2.1. Basic Functions
7.2.2. Extended Functions
7.3. Technology Development
7.3.1. Multi-system Collaborative Ship Monitoring System
7.3.2. Integrated Information Service System for Inland Waterway Shipping
7.4. BeiDou Application Mode
7.4.1. BeiDou Positioning Application
7.4.2. BeiDou Timing Application
7.4.3. BeiDou Short Message Communication Application
7.4.4. BeiDou Enhanced and Precise Single Point Positioning Service Application
7.5. Technical Standards
7.6. System Applications
References
8. Long Range Identification and Tracking System
8.1. Technological Development
8.2. System Composition
8.2.1. LRIT Data Center
8.2.2. Communication Service Provider
8.2.3. Application Service Provider
8.2.4. LRIT Shipboard Equipment
8.3. System Functions
8.3.1. Receiving and Processing of Ship Information
8.3.2. Ship Long Range Monitoring and Tracking
8.3.3. Other Accessibility
8.4. BDS Application Mode
8.4.1. BDS Positioning and Timing Application
8.4.2. BDS Communication Function Application
8.5. Technical Standard
8.6. System Applications
8.6.1. China LRIT System
8.6.2. Security Rescue Function
8.6.3. Guarantee Shipping Safety
8.6.4. LRIT Data Application
References
9. Maritime Augmentation System
9.1. RBN-DGNSS
9.1.1. System Overview
9.1.2. System Principle
9.1.3. System Functions
9.1.4. Application Cases
9.2. Maritime CORS System
9.2.1. System Overview
9.2.2. System Principle
9.2.3. Applications
References