Abstract / truncated to 115 words (read the full abstract)

The design of embedded computer systems for modern wireless communication devices finds itself under increasing technological and commercial pressures. This design crisis is fueled by an unrelenting growth in algorithmic complexity, which by far outpaces the growth in design productivity, thus making it increasingly difficult to design entire embed- ded systems. On the other hand, the commercial reality in the wireless communications sector dictates ever shortening design cycles to achieve quicker time to market. This thesis examines the traditional design process of embedded systems for wireless communications, identifies the key bottlenecks which inhibit increased design productiv- ity, and proposes the Open Tool Integration Environment (OTIE) as an effective means of removing these bottlenecks. A flexible, ...

Information

Author
Belanovic, P.
Institution
Vienna University of Technology
Supervisor
Publication Year
2006
Upload Date
July 3, 2008

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