Mainlobe deceptive jammer suppression is a critical issue for radar systems. To address this
problem, the element-pulse coding (EPC) scheme is proposed in multiple-input multiple …

In this paper, the problem of mainlobe deceptive jammer suppression is solved with the
frequency diversity array-multiple-input multiple-output (FDA-MIMO) radar system. At the …

Anti-jamming technique has become an increasing demand in radar systems due to the fast
development of electronic countermeasures. To alleviate the extremely difficult deceptive …

The problem of mainlobe deceptive jammer suppression with a novel stepped frequency
(SF)-receive delay array (RDA) radar is addressed in this paper. In our system design, the …

Suppression of radar-to-radar jammers, especially the mainbeam jammers, has been an
urgent demand in vehicular sensing systems with the expected increased number of …

With traditional radar systems, it is not easy to classify and suppress the intended false
targets, especially in case of the mainlobe deceptive jamming. In this paper, the deceptive …

In this paper, we propose a novel radar framework, referred to as multiple-input multiple-
output (MIMO) radar with element-pulse coding (EPC). The EPC employs Fourier basis in …

Inspired by the fact that frequency diverse array (FDA) generates a time-variant transmit
beampattern depending on both range and angle parameters, we propose joint utilization of …

With the development of an electronic interference technique, the self-defense jammer can
generate mainlobe jamming using the range gate pull-off (RGPO) strategy, which brings …

The main-beam range deceptive jamming forms active jamming by storing, modulating, and
retransmitting radar signals into the radar receiver, which greatly reduces the efficiency of …