This paper addresses polyphase code optimization with respect to the nonlinear frequency
modulation waveform generated by the continuous phase modulation implementation. A …

Polyphase radar codes promise enhanced performance and flexibility due to greater design
freedom. While the search for better codes continues, the implementation issues of …

While a number of signal structures have been proposed for radar, frequency modulation
(FM) remains the most common in practice because it is well-suited to high-power …

Ongoing work is exploring the optimization of physical radar emissions based on the
continuous phase modulation (CPM) implementation of polyphase codes. Here a …

The optimization of radar codes for specific use within the continuous phase modulation
(CPM) implementation is presented as a means to achieve both power and spectral …

It has recently been shown that arbitrary polyphase codes can be implemented as FM
waveforms through a radar-specific version of the Continuous Phase Modulation (CPM) …

The use of multicarrier waveforms, such as orthogonal frequency division multiplexing
(OFDM) as used in radio communication, is gaining interest within the radar community. This …

This correspondence focuses on the use of phase-coded (PC) waveforms for radar. The
authors present tradeoffs between the use of matched versus mismatched filters, loss in …

In this paper we shall demonstrate how a polyphase-coded radar waveform can be
implemented using a continuous phase modulation (CPM) framework so as to achieve …

Joint radar-communications dual function has drawn lots of attention since it can make a
better use of the scarce wireless frequency resources and expensive hardware platforms. In …