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Learn how to apply radar principles and techniques to remote sensing and imaging, and explore some of the applications and challenges of this technology.
Learn how to use radar simulation and modeling tools to simulate scenarios, environments, and targets, and compare radar outputs with reference or ground truth data.
Learn how to troubleshoot and debug a radar system in the field with common steps, tools, and best practices for radar engineering careers.
Learn how pulse compression can enhance your radar system's resolution, range, and bandwidth, and what are the challenges and solutions for its implementation.
Learn how to write and present clear, accurate, and reproducible radar code and simulation results for developing and testing radar systems.
Learn the best practices for designing and implementing radar-based projects in the classroom, using simple and affordable kits and tools.
Learn how pulse-doppler radar works, how it can filter out unwanted signals, and what are its advantages and limitations for detecting and tracking targets.
Learn how to optimize your radar performance and efficiency in a crowded and contested environment with strategies and techniques for spectrum management and…
Learn about the main aspects of radar antenna and array integration, such as antenna types, array configurations, and integration challenges. Improve your radar…
Learn about the advantages and disadvantages of different radar detection methods, such as pulse, continuous wave, frequency modulated, pulse Doppler, passive, and…
Learn how to design, develop, and test your own radar projects with this guide. Discover the steps and principles of radar innovation and technology.
Learn about some of the current and future research topics in radar, such as adaptive and cognitive radar, bistatic and multistatic radar, radar imaging and inverse…
Learn how to adjust your radar parameters and use different techniques to mitigate the effects of weather, terrain, interference, and clutter on your radar signal.
Learn how pulse compression works in radar systems, what are its advantages and disadvantages, and what are some examples of pulse compression radars.
Learn about the main challenges of designing and testing radar hardware and how to overcome them in this article.
Learn how using radar standards and protocols can improve your radar system compatibility, efficiency, security, quality, and innovation.
Learn how to estimate and mitigate the radar errors and uncertainties that can affect your radar data and system. Discover some basic concepts and methods for…
Learn how educators can use radar data to teach concepts such as waves, frequency, and Doppler effect. Find out how to access various sources of radar data online…
Learn how to integrate radar with optical and thermal imagery to enhance your remote sensing applications. Discover the advantages and challenges of radar.
Learn about the advantages and disadvantages of coherent and non-coherent integration techniques for radar detection, and how to optimize them for different…
Learn how to integrate and interface a radar antenna with other components and devices for various radar applications.
Learn how to analyze and use radar data for various traffic applications, such as traffic flow monitoring, signal control, incident detection, and management.
Learn the six skills and competencies that you need to work with radar wind profilers and atmospheric dynamics, two fields that combine science, technology, and…
Learn how radar can help farmers monitor soil moisture, map crop height and biomass, detect pests and diseases, and control irrigation systems.
Learn about the emerging technologies and trends in radar clutter and interference mitigation, such as adaptive beamforming, cognitive radar, waveform diversity…
Learn about the trade-offs between stealth and performance for different radar frequencies and wavelengths, and how to select the optimal frequency for your radar…
Learn about the current and emerging trends in radar technology and innovation for agriculture, and how they can help farmers monitor crops, soil, water, pests, and…
Learn how to apply Doppler processing to radar signals to measure target velocity and filter out clutter from stationary objects.
Learn about the current issues and trade-offs of stealth technology, and how radar systems can overcome or exploit them.
Learn what passive and active radar stealth are, how they work, and what are their advantages and disadvantages in this informative and engaging article.
Learn about the characteristics and components of radar transmitters and receivers, and how to perform regular calibration and maintenance to ensure optimal…
Learn how radar works, what types of radar are used in archaeology, and what are the pros and cons of using radar in archaeology.
Learn about the invention of the cavity magnetron, a device that generated high-power microwaves and revolutionized radar and electronics in the 20th century.
Learn how radar can facilitate the integration of artificial intelligence and machine learning in medicine, and what are some of the benefits and challenges of this…
Learn about the challenges and solutions for achieving high-resolution radar imaging of moving targets using range coding, Doppler coding, and clutter filtering.