The RRSG was founded in 1988 and seeks to empower scientists and engineers in any field that can benefit from research and training in remote sensing technology.

The Radar Remote Sensing Group at UCT has been operating since 1988. It receives its funding entirely from contract research from Industry and postgraduate busaries from the NRF (National Research Foundation).

21 Years of Remote Sensing in Africa! This page is divided into the following sections: 1. Radar Remote Sensing. Yoann Paichard: Microwave Digital Camera for the real-time Measurement and Analysis of the Radar Cross Section of Time-Varying Targets Please note that Yoann is a currently postdoctoral research fellow in the RRSG.

The Radar Remote Sensing Group (RRSG) at UCT is involved in projects related to radar systems, as well as some that are within the broader area of monitoring and sensing systems. Radar systems themselves can become highly complex and time-consuming to build; consequently the group has a set of larger projects that are done by teams, with the ...

He has been closely involved in research collaboration with the Radar Remote Sensing Group (RRSG) at the University of Cape Town in the fields of SAR, ISAR and other radar related fields since 2000.

2016年4月30日 · The RRSG is featured on CapeTalk Radio! Daniel O’Hagan of the UCT Radar Group hosted Kieno Kammies and his Cape Talk research and production team at UCT in February this year. Kieno and his team were given a presentation on passive radar and its accessibility, even to the hobbyist.

Applications of Satellite Imaging Radar M.R. Inggs and R.T. Lord 1 Abstract Significant developments have been made in space-based radar systems and technology since the first satellite with a radar pay-

2000年9月12日 · The RRSG is currently developing a SFCW borehole radar, for use in underground tomography/interferometry. The radar is highly configurable and capable of operation in SFCW or pulsed stepped-frequency modes.

Richard T. Lord, University of Cape Town (UCT), South Africa Willie Nel, Council for Scientific and Industrial Research (CSIR), South Africa Mohammed Y. Abdul Gaffar, Council for Scientific and Industrial Research (CSIR), South Africa

Accelerating Software Radio Astronomy FX Correlation with GPU and FPGA Co-processors. This thesis attempts to accelerate compute intensive sections of a frequency domain radio astronomy correlator using dedicated co-processors.