Hardware-Software co-design of embedded systems using CoWare’s N2C methodology for application development

Hardware - Software Co-design of embedded systems using CoWare's N2C methodology for application development

Authors: Tsasakou, S., Voros, N.S., Koziotis, M., Verkest, D., Prayati, A., Birbas, A.

Journal: Proceedings of the IEEE International Conference on Electronics Circuits and Systems

Publication Date: 01/01/1999

Volume: 1

Pages: 59-62

eISSN: 2995-0589

ISSN: 2994-5755

DOI: 10.1109/ICECS.1999.812222

Abstract:

The aim of this paper is to present the technology assessment of the N2C of CoWare inc. approach in the co-design/co-simulation problem. The test bench to be used is a telecommunication application implementing the Medium Access (MAC) layer and the RF-IF part of the Physical (PHY) layer of the DECT protocol stack. These are part of a single-chip solution for the baseband processor of a mobile phone. This approach will be evaluated in comparison with the current industrial practice. N2C technology aims to fill very specific gaps in existing tool platforms and more specifically: High-level system modeling, HW-SW cosimulation and interface generation. It also supports additional co-design tasks like partitioning and cosynthesis. The final goal of this assessment, is to isolate and point out the actual industrial needs for co-design through the evaluation of N2C according to the above characteristics.

Source: Scopus

Authors: Tsasakou, S., Voros, N., Koziotis, M., Verkest, D., Prayati, A., Birbas, A.

Conference: 6th IEEE International Conference on Electronics, Circuits and Systems

Dates: 21/08/1999

Publication Date: 1999

Source: Manual

Preferred by: Sofia Meacham