Radar Remote Sensing Group University of Cape Town. 1988 - 2021 33 Years of Remote Sensing in Africa! 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.

Contact Us. Telephone: (021) 650 2795 Email: [email protected] Physical Address: 4th Floor, Menzies Building, Library Road Upper Campus University of Cape Town Rondebosch, South Africa

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.

A candidate for the MEng in Radar is required to complete core courses totalling 120 credits and a 60 credit minor dissertation. Each course will typically contain a lecture component of five full days, followed by weekly seminars, tasks and a written examination, over a five-week period after the first, intensive lecture session.

The aims of the Radar Remote Sensing Group are to develop advanced sensors utilising radar technology for the user community. This is seen as an iterative process which involves the radar technology experts, as well as the users.

2000年9月12日 · The aims of the RRSG are to develop advanced sensors and techniques/applications utilising radar technology for the user community. This is seen as an iterative process, which involves the radar technology experts as well as the users.

FERS works with any arbitrary number of receivers and transmitters (monostatic and multistatic), works with continuous wave and pulsed radar systems, and can simulate a radar using any pulse shape. The simulator currently simulates the amplitude, phase, Doppler and noise effects of a …

The SASAR II radar system is an X band (3cm) high resolution imaging radar that makes use of Synthetic Aperture (SAR) theory to generate high resolution images of terrains from a moving platform. The SASAR II project was commissioned by a consortium of companies, namely, SunSpace, Kentron and the Radar Remote Sensing group (RRSG).

This research project is focused on the designs and sinulations of the television-based bistatic radar system. The main focus surrounding this research is to gather the literature related to this topic for an assesement on how to persue the design and development for the system.

The Masters degree in Radar is offered with three different degree structures: Professional Taught Masters Degree (MEng Radar): This Masters Degree consists of 6 x 20 credit courses and a 60 credit mini dissertation. There are two core courses, viz. Introduction to Radar and Mathematics, plus four more specialized radar courses.