The Exploration of the Software-Defined Radio Concept by Prototyping Transmitter and Receiver Functions on a Digital Signal Processing
Schiphorst, Roel and Gerez, Sabih H. and Slump, Cornelis H. (2000) The Exploration of the Software-Defined Radio Concept by Prototyping Transmitter and Receiver Functions on a Digital Signal Processing. In: 1st PROGRESS workshop on Embedded Systems, 13 Oct. 2000, Utrecht, the Netherlands.
|Abstract:||An ideal "software radio" is a system that performs analog-to-digital conversion directly after the antenna and then does all signal processing required in the digital domain on a platform that supports reconfiguration. Software-de"fined radio" (SDR) is the term used for a more realistic approach in which part of the processing is still done in the analog domain. The use of mobile telephony has shown a spectacular growth in the last 10 years. A side effect of this rapid growth is an excess of mobile system standards. Therefore, the SDR concept is emerging as a potential pragmatic solution. It aims to build flexible radio systems, which are multipleservice, multi-standard, multi-band, re-configurable and reprogrammable, by software. First, this paper presents a global overview of SDR. Furthermore, it explains the implementation of an SDR transmitter and receiver that have been simplied for the purpose
of illustration. The source code has been written in C and is running on a DSP evaluation module of Texas Instruments. The algorithms are based on a modified version of the China Wireless Telecommunication Standard (CWTS). The correctness of the implemented system has been verified and measurements of the bit error rate versus the bit-energyto-noise-energy ratio are reported.
|Item Type:||Conference or Workshop Item|
|Copyright:||©2000 STW Technology Foundation|
Electrical Engineering, Mathematics and Computer Science (EEMCS)
|Link to this item:||http://purl.utwente.nl/publications/17262|
|Export this item as:||BibTeX|
Daily downloads in the past month
Monthly downloads in the past 12 months
Repository Staff Only: item control page
Metis ID: 114157