Time and frequency modulated arrays have numerous application areas including radar,
navigation, and communications. Specifically, a time modulated array can create a …

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

Multiple-input multiple-output (MIMO) radar enjoys the advantage of increased degrees-of-
freedom and spatial diversity gain, but it cannot effectively resolves the targets closely …

This article presents a new design of diverse frequency time modulation for linear frequency-
modulated (LFM) radar passive false target spoofing. To realize the passive diverse …

For a frequency diverse array (FDA) antenna, the combination of time-modulated and
nonlinear distributed frequency offset is proposed to realize time-invariant spatial fine …

Suppressing the main-beam deceptive jamming in traditional radar systems is challenging.
Furthermore, the observations corrupted by false targets generated by smart deceptive …

Due to the rapid progress of electronic countermeasures (ECMs), the corresponding means
of electronic counter countermeasures (ECCMs) are urgently needed. Due to its range …

Different from conventional-phased arrays providing only angle-dependent beampatterns,
frequency diverse arrays (FDAs) produce angle-range-dependent and time-variant transmit …

Due to the employment of frequency increment across the array elements, frequency-diverse
array (FDA) produces a jointly range-angle-time-dependent beampattern, which finds wide …

Electronic beam steering with greater efficiency is a vibrant feature of a phased array
antenna, but for all the range cells, it is fixed at a specific angle. To mitigate this problem …