… plays a key role in automotive radar systems. Various signal processing techniques have …
automotive radar signal processing techniques, including waveform design, possible radar …

… radar, slow fluctuations of the target radar cross … radar sees only single aspect of the target,
in MIMO radar, there is no coherent processing gain, but we synthesize independent radars. …

… , and applications of radars are … radar measurements, radar target cross sections, radar
detection, ground effects, matched filters, ambiguity functions, coded radar signals, and radar …

… radar is relatively simple even though in many instances its practical implementation is not.
A radar … If the target is moving, a radar can derive its track, or trajectory, and predict the future …

… frequency radars (P- and L-band) are most optimal for detecting flooding under forests, whereas
higher frequency radars (… 4) It has been shown that spaceborne radars that have been in …

… The subject of radar systems should not be complicated to understand nor difficult to analyze.
By … and radar engineers so that they can move towards tackling advanced radar topics. …

… Goodyear had started to develop the radar guidance method which I invented at Wright Field.
I … radar business. It still is a major component of GAC radar business today, 30 years later. …

… The working range of an HF radar depends on the … of the order of the radar wavelength, the
Bragg scattering theory is … the radar wavelength travelling towards or away from the radar site…

A text and general reference on the design and analysis of radar signals As radar
technology evolves to encompass a growing spectrum of applications in military, aerospace, …

… radar (low probability of intercept), spread spectrum (primarily for communications), etc.
According to the excellent bibliography of this paper the term random signal radar is … serial radar …