This paper, the first from a series of three papers on the application of coded excitation
signals in medical ultrasound, discusses the basic principles and ultrasound-related …

This article's main goal is to show how to design the receive filter (including its length) and
the transmit code sequence via the optimization of a number of relevant metrics considered …

Utilization of phase-coded waveforms in automotive MIMO radars for short to medium range
applications is studied. Performances of three most-promising binary code families (Gold …

This paper deals with the problem of optimal filter computation for specific radar
applications. We consider here a method for finding the mismatched filter that minimizes the …

The ambiguity function (AF), which is used to evaluate the range and Doppler resolutions,
plays an important role in radar systems. In this article, we consider the problems of jointly …

Most modern radar systems make extensive use of pulse compression techniques. This
paper presents a technique for the design of mismatched receive finite impulse response …

Modulated (or coded) excitation signals can potentially improve the quality and increase the
frame rate in medical ultrasound scanners. The aim of this dissertation is to investigate …

Active sensing is a growing research field with long-standing open problems, whose
applications range from CDMA communication systems, ultrasonic imaging or ranging …

Cross-correlation of long binary signals with longer mismatched filters Page 1 Cross-correlation
of long binary signals with longer mismatched filters N. Levanon Abstract: Mismatched …

This correspondence deals with the design of radar receive filters for pulse compression
which optimize either the Lp-norm of the vector containing the filter sidelobe energies or the …