The carrier frequencies of array elements in a Frequency Diverse Array (FDA) radar are
slightly distinguished, leading to a range-angle-time-dependent transmit beampattern. Thus …

Abstract Frequency Diverse Array (FDA) radar is a new radar technique proposed in recent
years. FDA uses a small frequency increments across its array elements to provide a range …

Unlike the conventional phased array that provides only angle-dependent transmit
beampattern, Frequency Diverse Array (FDA) employs a small frequency increment across …

Owing to the property of range–angle-dependent beampattern, frequency diverse array
(FDA) has promising application potentials in radar field. Many studies have been reported …

The frequency diverse array (FDA) has a range-angle-dependent transmit beampattern,
which can provide the potential capability for novel radar application. However, the basic …

Electronic beam steering is an essential feature of state-of-the-art radar systems.
Conventional phased array (PA) radars with fixed carrier frequencies are well-known for …

In the phased-array radar signals from each antenna are transmitted at the same carrier
frequency, which yields narrowly focused only angle dependent beampattern. In contrast, in …

It is difficult for the traditional radar to suppress deceptive mainlobe interference and
separate the range ambiguous clutter. The proposal of a waveform diverse array changes …

Different from phased array providing only angle‐dependent transmit beampattern,
frequency diverse array (FDA) employs a small frequency increment across its array …

This paper proposes a general receiver design approach for frequency diverse array (FDA)
radar, which has not been investigated in the FDA literatures. The formulated receiver signal …