As a convenient and natural way of human-computer interaction, gesture recognition
technology has broad research and application prospects in many fields, such as intelligent …

Recent advancements demonstrate the application of machine learning techniques to radar
signal processing, particularly the use of neural networks in one-dimensional (1-D) radar …

Synthetic aperture radar (SAR) can provide high-resolution and large-scale maritime
monitoring, which is beneficial to ship detection. However, ship-detection performance is …

The primary objective of radar digital signal processing is to detect and identify targets in
complicated situations, such as those involving clutter or several closely positioned targets …

Surface movement radar (SMR) is emerging as critical air traffic control to prevent runway
incursion. In order to reach, or exceed, the demanding requirements for the International …

Recently a Bayesian approach has been introduced, for the design of non-coherent sliding
window detection processes, to operate in X-band high resolution maritime surveillance …

While analyzing radar signals, the constant false alarm rate (CFAR) method is crucial for
detecting targets. Target detection has to be very accurate, particularly in nonhomogeneous …

In this paper, a portable Frequency Modulated Continuous Wave (FMCW) radar system was
designed and implemented for human movements and breathing detection. The radar …

Due to the non-uniformity of ship target scattering, speckle noises and side lobes, synthetic
aperture radar (SAR) ship target detection is facing great challenges. Therefore, to improve …

Since their prevalence in World War II, Radar-based systems have provided a strategic
advantage for military applications. Since then, radars have merged into everyday …