One limitation of MIMO imaging radar systems is the waveform diversity available for the transmitters. Indeed, different properties for the transmitted signals, such as orthogonality and Doppler tolerance, are required in order to obtain good imaging quality with the radar system. This paper investigates the optimization of coded waveforms such as the OFDM and DFCW waveforms. First we demonstrate that DFCW is suitable to be used for radar imaging application, then an optimization procedure for the coding sequence is proposed for a MIMO imaging radar application
The system architecture for an adaptive multiple input multiple output (MIMO) radar-communication tr...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...
Multiple input and multiple output systems (MIMO) radiate multiple probing signals through it their ...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceThis paper investigates the optimization of the coded orthogonal frequency div...
In order to improve detection and estimation performance of distributed Orthogonal-Frequency-Divisio...
In this lecture, we provide an overview of some recent algorithms for radar waveform design. We firs...
-We consider the design of the space-time waveforms and receive filters in a multiple-input multipl...
The recent developments in radar technology - powerful signal processors, increased modulation bandw...
The recent developments in radar technology - powerful signal processors, increased modulation bandw...
The system architecture for an adaptive multiple input multiple output (MIMO) radar-communication tr...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...
Multiple input and multiple output systems (MIMO) radiate multiple probing signals through it their ...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceRemote sensing applications using radar systems require specific signal proces...
International audienceThis paper investigates the optimization of the coded orthogonal frequency div...
In order to improve detection and estimation performance of distributed Orthogonal-Frequency-Divisio...
In this lecture, we provide an overview of some recent algorithms for radar waveform design. We firs...
-We consider the design of the space-time waveforms and receive filters in a multiple-input multipl...
The recent developments in radar technology - powerful signal processors, increased modulation bandw...
The recent developments in radar technology - powerful signal processors, increased modulation bandw...
The system architecture for an adaptive multiple input multiple output (MIMO) radar-communication tr...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...
International audienceChoosing a proper waveform is a critical task for the implementation of multip...