All Articles
Radar Systems1 - Introduction to Radar Systems - Fundamental Concepts of Radar Systems
Introduction to Radar Systems: From Fundamentals to Advanced Concepts
This article is based on the first three sections of the "Introduction to Radar S…
Radar Systems2 - Radar Equation: The Mathematics at the Heart of the System
This article is based on the second part (Lecture 2 - The Radar Equation) of the MIT Lincoln Laboratory "Introduction to Radar Systems" lecture series…
Radar Systems3 - Propagation of Radar Signals: Interaction with the Atmosphere
Propagation of Radar Signals: Coping with the Atmosphere
This article is based on the third part (Lecture 3 - Propagation Effects) of the MIT Lincoln L…
Radar Systems4 - Target Radar Cross Section: The Concept of Electromagnetic 'Dimension'
This article is based on the fourth part (Lecture 4 - Target Radar Cross-Section) of the MIT Lincoln Laboratory "Introduction to Radar Systems" lectur…
Radar Systems5 - Target Detection and Pulse Compression Techniques in Radar Systems
One of the fundamental tasks of radar systems is to reliably detect targets in a noisy environment. This process constitutes a critical part of the si…
Radar Systems6 - Radar Antennas: Fundamental Concepts and Advanced Technologies
The radar antenna is a critical subsystem where electromagnetic energy departs from the radar and propagates into free space, and where echoes returni…
Radar Systems7 - Radar Clutter: Sources, Characteristics, and Effects
Radar systems receive backscattering not only from target echoes but also from various objects in the environment. All these unwanted backscatterings …
Radar Systems8 - Clutter Suppression in Radar Systems: MTI and Pulse-Doppler Processing
In radar systems, clutter can be tens of thousands to hundreds of thousands of times stronger than target signals. In this case, detection methods bas…
Radar Systems9 - Tracking and Parameter Estimation in Radar Systems
After targets are detected, the radar system has two critical tasks: to make the best estimate of parameters (range, angle, velocity) and to form trac…
Radar Systems10 - Radar Transmitters and Receivers: Architecture and Technologies
The radar transmitter and receiver are the energy generation and sensing core of the system. The transmitter amplifies the low-power waveform by up to…