Link 16 for Space-based System of Systems (SoS) Training by Tonex
Link 16, a tactical data link network primarily used in airborne and naval platforms, is increasingly being integrated into space-based systems to enhance connectivity and interoperability in complex operational environments. This advanced course delves into the intricacies of employing Link 16 in space-based System of Systems (SoS) architectures, focusing on concepts such as Joint Range Extension Applications Protocol – Cryptographic (JREAP-C), network entry through space to ground connections from Low Earth Orbit (LEO), and sensor fusion techniques. Participants will gain practical knowledge and skills in configuring, managing, and optimizing Link 16 networks within space-based SoS environments, enabling effective data exchange and collaborative operations across terrestrial and space assets.
Learning Objectives:
- Understand the fundamentals of Link 16 and its adaptation for space-based System of Systems (SoS).
- Explore the capabilities and limitations of JREAP-C for secure tactical data exchange in space environments.
- Master techniques for network entry through space to ground connections from Low
- Earth Orbit (LEO) to terrestrial receivers.
Implement passive and active network entry methods for Link 16 connectivity from satellites. - Develop proficiency in fine synchronization techniques for maintaining Link 16 network integrity and reliability.
- Demonstrate the transmission of multiple tactical messages from satellites using multiple band radios.
- Explore advanced sensor fusion techniques for enhancing situational awareness and mission effectiveness in space-based SoS architectures.
Target Audience:
This course is designed for professionals and practitioners working in the aerospace, defense, and satellite communications sectors, including:
- Space systems engineers
- Military officers and commanders
- Satellite communications specialists
- Systems integrators and architects
- Government agency personnel involved in space operations
- Aerospace and defense industry professionals involved in satellite development and operations
Course Modules:
Module 1: Introduction to Link 16 in Space-based Systems
- Overview of Link 16 capabilities and applications
- Integration of Link 16 into space-based System of Systems (SoS) architectures
Module 2: Joint Range Extension Applications Protocol – Cryptographic (JREAP-C)
- Fundamentals of JREAP-C for secure tactical data exchange
- Implementation considerations for space-based applications
Module 3: Network Entry from Low Earth Orbit (LEO)
- Challenges and solutions for establishing Link 16 connectivity from LEO satellites
- Passive and active network entry techniques
Module 4: Fine Synchronization Techniques
- Importance of fine synchronization in maintaining Link 16 network integrity
- Strategies for achieving precise synchronization in space environments
Module 5: Transmission of Tactical Messages from Satellites
- Configuring and transmitting tactical messages using multiple band radios
- Integration of Link 16 with other space-based communication systems
Module 6: Sensor Fusion in Space-based SoS
- Overview of sensor fusion techniques for integrating data from multiple sources
- Applications of sensor fusion in enhancing situational awareness in space operations
Module 7: Case Studies and Practical Exercises
- Analysis of real-world scenarios and case studies
- Hands-on exercises and simulations for practical application of course concepts
Module 8: Capstone Project
- Collaborative project applying course knowledge to design and optimize a Link 16 network within a space-based System of Systems architecture