Concerns for spectrum congestion have spurred extensive research efforts on efficient
spectrum management. Therefore, devising schemes for spectrum sharing between radar …

Wireless spectrum is a limited resource, and the rapid increase in demand for wireless
communication‐based services is increasing day by day. Hence, maintaining a good quality …

Increasing safety and automation in transportation systems has led to the proliferation of
radar and IEEE 802.11 pbased dedicated short-range communication (DSRC) in vehicles …

Joint communication and sensing allows to share frequency spectrum, hardware, and signal
processing blocks between communication and sensing, providing new radar functionalities …

In recent years, the increased high-rate wireless services (5G and 6G) and reliable sensing
capabilities (automotive radar, air traffic control, geophysical monitoring), have led to more …

Automated driving has become increasingly viable through the deployment of a number of
sensing technologies on vehicles. These intelligent transportation systems (ITS) employ …

Joint Communication and Sensing (JCS) is a promising technique that can be used to
exploit signals already available from current or future communication systems for sensing …

随着新兴应用的不断涌现, 频谱拥堵问题日益严重. 通信雷达一体化(DFRC)
是解决频谱拥堵问题的关键技术之一. 然而, 如何解决通信与雷达之间的相互干扰并实现高通信 …

In this paper, a new preamble waveform design and a corresponding minimum-point
processing algorithm at receiver are proposed to perform radar sensing of communication …

The Joint Millimeter-Wave Sensing and Communication System (JSCS) is a rapidly
emerging technology that integrates sensing and communication functionalities in the …