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The development of modern technologies has fundamentally transformed the field of radar signal and data processing. With the use of advanced algorithms and computational power, radars are now capable of extracting crucial information from received signals, facilitating improved target identification and tracking. This article presents some of the advanced technologies employed in radar signal and data processing and their impact on adaptability of radar systems. It traces the evolution of radar technology from old systems to the present, emphasizing the benefits of adaptive radar signal processing, which includes algorithms such as adaptive beamforming, Space-Time Adaptive Processing, and the integration of Machine Learning and Artificial Intelligence. In conclusion, challenges, and future prospects in the field of radar systems are discussed, with a focus on the potential integration of Artificial Intelligence methods, Cognitive radars, and Multiple Input Multiple Output technologies. Despite technical obstacles, opportunities emerge to enhance the performance of radar systems and achieve new levels of efficiency.
Details
Data processing;
Beamforming;
Adaptability;
Radar tracking;
Radar data;
Optimization;
Signal processing;
Digital signal processors;
Machine learning;
Air traffic control;
Technology;
Field programmable gate arrays;
Adaptive algorithms;
Integrated circuits;
Adaptive systems;
Artificial intelligence;
Antennas;
Radar equipment;
Spacetime;
Algorithms;
Radar systems