In this article, we propose the utilization of chaos-based frequency modulated (CBFM)
waveforms for joint monostatic and bistatic radar-communication systems. Short-duration …

The authors propose a novel signal design for generating wideband quasi-Frequency
Modulated (FM) waveforms using chaotic systems. The receiver is based on a self …

With the increase in demand for spectral resources and bandwidth constraints, efficient
solutions for the coexistence of radar and communication systems are needed …

Due to the increased spectrum congestion, there has been a tremendous interest in radar
and communication devices operating on a shared platform. Therefore, the waveform design …

There is no doubt that chaotic systems are still attractive issues in various radar applications
and communication systems. In this paper, we present a new 0.3 GHz mono-static …

The linear stepped frequency and linear frequency shift keying (FSK) signal has been widely
used in radar systems. However, such linear modulation signals suffer from the range …

There has been interest in the use of chaotic signals for radar, but most researchers
consider only a few chaotic systems and how these signals perform for the detection of point …

In this paper, we propose a chaotic-based random stepped frequency radar (CRSFR)
applicable to wideband imaging. CRSFR provides faster matched processing via sequence …

A framework for designing orthogonal chaotic phase-coded waveforms with space-time
complementary coding is proposed for multiple-input multiple-output (MIMO) radar …

The noise-like chaotic signal can be generated with very simple nonlinear circuits, and has
broad bandwidth and aperiodic properties. These characteristics have drawn considerable …