Radars are expected to become the main sensors in various civilian applications, ranging
from health-care monitoring to autonomous driving. Their success is mainly due to the …

Signal processing for radar systems is a vast and fascinating discipline that covers
numerous techniques and touches on many application areas. The history of radar began …

IEEE Standard 1502 recommends standardized practices for radar cross-section (RCS)
measurements. This document—geared toward test-range operators and managers as well …

On 17 May 1904, a public experiment took place in Cologne on the Rhine, Germany, which
would go down in history as an international milestone of engineering. On that day, Christian …

随着同步技术和高性能计算的发展, 双/多基地雷达的“四抗” 优势逐渐得以实现,
双/多基地雷达成为当今雷达领域关注的焦点. 雷达目标的双基地散射截面积(RCS) …

This dissertation assesses the influence of residual interferometric noise on SBAS InSAR,
utilises redundancy numbers to design a SBAS network and analyses the noise in the SBAS …

The operating principle of passive radar is rooted in the past century, but its operative
technology has been rapidly developing over the last 20 years, with applications that …

This thesis combines radar signal processing, with data driven artificial neural network
(ANN) methods. Signal processing algorithms are often based on modeling assumptions of …

This chapter is a review of existing radar architectures, radar jamming, and cybersecurity
problems with radars from an autonomous vehicles (AV) and advanced driver assistance …

In the context of climate change, alternatives to fossil energies need to be used as much as
possible to produce electricity. Hydroelectric power generation through the utilisation of …