Researcher

Dr Edwin Peters

Keywords

signal processing

satellite communication

array signal processing

digital signal processor

gpgpu

Fields of Research (FoR)

Signal processing, Satellite communications, Wireless Communications, Signal Processing, Satellite Communications

SEO tags

Telecommunications

Satellite Communication Networks and Services

Biography

Edwin Peters has a strong background in Signal Processing, Control systems and GPU based signal processing formed at Danish and Australian universities.

Dr. Peters is currently working as a research fellow at UNSW Canberra Space, where he works on RF signal processing for satellite communications and space situational awareness applications. This includes human made orbital objects as well as near earth asteroids. Dr. Peters utilizes dedicated...view more

Edwin Peters has a strong background in Signal Processing, Control systems and GPU based signal processing formed at Danish and Australian universities.

Dr. Peters is currently working as a research fellow at UNSW Canberra Space, where he works on RF signal processing for satellite communications and space situational awareness applications. This includes human made orbital objects as well as near earth asteroids. Dr. Peters utilizes dedicated hardware, such as GPUs and FPGAs to allow real-time execution of signal processing algorithms.

Further, Dr. Peters supervises postgraduate and undergraduate students in fields of applied signal processing, machine learning and radar applications.

My Research Supervision

Supervision keywords

digital signal processing (dsp)

Space situational awareness

radar

Areas of supervision

I am interested in supervising in any signal processing related field, preferably related to the domain of space. My research focus is in the field of radio frequency sensing for space domain awareness applications. This includes signal processing and estimation for signals collected using passive radio frequency sensing, bi static radar and passive radar applications.

My interest extends to the development of algorithms and their implementation on digital signal processing platforms, including GPUs and FPGAs.