The analogue and RF content in Embedded Mixed–Signal Systems, including its environment, will play an even more dominant role in the architecture definition and verification, as the number of wired and wireless interfaces and standards will increase. Furthermore, the interaction between software, digital, and analogue hardware partitions needs to be modelled at specification and architectural level, because analogue components will be digitally assisted and their non ideal properties will be compensated digitally.<br>For pure digital systems, SystemC is widely accepted and standardised. However, there is a lack of an accepted modelling language at the architectural level for the Analogue Mixed Signal (AMS) and Radio Frequency (RF) domain. Due to this lack, proprietary solutions for C++ based system design and specification have been developed by different groups and a huge amount of experiences have been collected for different applications. In order to consolidate these proprietary solutions, towards a common language and modelling infrastructure for mixed–signal application, the Open SystemC Initiative (OSCI) has formed an AMS Working Group, aiming at standardization of an AMS extension of SystemC. <b>Keywords:</b>
Abbrevation
Cmemss
City
Dresden
Country
Germany
Start Date
End Date
Abstract