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Peter Green

Peter Green is an internationally active manager in Air Traffic Control. He looks back at a technical career in the fields of ATC and also has been in charge of ATCO and ATSEP qualification for many years.

FreeScopes AI I: Learning Artificial Intelligence Through Radar Signals

 FreeScopes AI I introduces neural networks through radar signal analysis. Build, train, and evaluate AI models visually without programming.

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FreeScopes AI in Action: Code-Free Radar AI in Seconds (Video)

FreeScopes AI enables engineers to build and deploy AI for radar and sensor data without coding. A short demonstration shows rapid object classification in practice.

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Understanding Range Resolution and the Nyquist Theorem in SkyRadar’s 8 GHz Pulse Radar

In radar engineering, range resolution expresses how precisely a radar can distinguish between two targets located at different distances along the beam path. It is a direct measure of the system’s spatial precision — and one of the fundamental indicators of radar performance.

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Doctrine and the Human Factor in Counter-Stealth Training

Doctrine and the Human Factor in Counter-Stealth Training

Beyond technology: This article discusses why doctrine, teamwork, and decision-making under uncertainty are key in SkySim’s counter-stealth training.

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Electronic Warfare vs Stealth: The Cat-and-Mouse Game

Jamming, deception, and spoofing meet stealth. This article explores EW’s cat-and-mouse game and how SkySim prepares operators for contested skies.

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Counter-Stealth Radar Techniques: Seeing the Hidden Threats

This article discusses how low-frequency, multistatic, and passive radars expose stealth, and how SkySim turns theory into hands-on training.

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Pulse Compression with the NextGen Pulse Radar

One of the most powerful techniques in modern radar is pulse compression. It allows radar engineers to achieve high range resolution without the need for high peak transmission power. While this concept is often introduced in theory, SkyRadar brings it to life—visibly and interactively—with the NextGen Pulse Radar and FreeScopes.

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Future Trends in Radar Technology and How SkySim Prepares You

Radar technology continues to evolve, with significant advancements being made in areas such as artificial intelligence (AI), quantum radar, and autonomous systems. As these new technologies emerge, radar operators and engineers must be prepared to understand and work with next-generation systems. SkySim offers a forward-looking training platform that equips users with the skills they need to stay ahead of these technological trends.

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Teaching Radar Systems in University Programs: How SkySim Fits into Modern Education

University programs focused on radar systems, electrical engineering, or aviation require modern tools to provide students with the hands-on experience needed to understand complex radar concepts. SkySim offers an interactive platform that can be easily integrated into university courses, allowing students to experiment with real-world radar scenarios and gain a deeper understanding of radar technology.

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