SUMMARY
The discussion focuses on recommended introductory books for understanding airborne and ground radar fundamentals. "An Introduction to Airborne Radar" by Stimson is praised for its accessibility to readers with a basic math/physics background, while "Principles of Modern Radar: Basic Principles" by Richards, Sheer, and Holm is noted for its comprehensive coverage but requires a more advanced technical background. The 3rd edition of "Radar Systems" by Skolnik is highlighted as the best overall textbook, despite the 2nd edition being outdated. Other notable mentions include "Radar Principles" by Peebles and "Radar Design Principles" by Nathanson.
PREREQUISITES
- Basic understanding of physics and mathematics (freshman level)
- Familiarity with electrical engineering concepts (junior/senior level)
- Knowledge of digital signal processing techniques
- Experience with radar systems and principles
NEXT STEPS
- Research "An Introduction to Airborne Radar" by Stimson for foundational concepts
- Explore "Principles of Modern Radar: Basic Principles" for advanced radar techniques
- Investigate the 3rd edition of "Radar Systems" by Skolnik for comprehensive coverage
- Review "Radar Design Principles" by Nathanson for practical insights into radar design
USEFUL FOR
This discussion is beneficial for students, engineers, and professionals in the fields of radar technology, electrical engineering, and physics who are seeking foundational knowledge and resources for further study in radar systems.