|
Dear colleague, the program for the SystemC-AMS workshop is now available. For further information and registration please visit: http://systemc-ams.eas.iis.fraunhofer.de/workshop.html Please register and book your hotel as soon as possible because hotel rooms are rare in contingent of rooms until May 25th. Only for those who will have registered before June 11th, we can guarantee a printed copy of the proceedings. Best regards, C/C++-Based Modelling of Embedded Mixed-Signal Systems 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. 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/C++ based system design and specification have been developed by different groups, and a huge amount of experiences has been collected for different applications. In order to consolidate the proprietary solutions towards a common language and modelling infrastructure for mixed-signal applications, the Open SystemC Initiative (OSCI) has formed an AMS Working Group aiming at standardisation of an AMS extension of SystemC. This workshop is bringing together the experiences in the application of existing solutions of C/C++ based AMS system specification and design methodologies. The workshop will help to define and prioritise the requirements for a standardised and accepted modelling language at the specification and architectural level for the AMS domain, and serves as input for the OSCI AMS Working Group. The workshop takes place in June 25th and 26th, Königshof, a panel discussion the state of the art in C/C++ based mixed-signal modelling will be presented. Program Monday: 12.30 Welcome/Opening Günter Elst, Director Fraunhofer IIS/EAS OSCI-AMS-Working Group Session 12.50 Introduction to the work and first results of the SystemC-AMS WG Martin Barnasconi, NXP Semiconductors / Chair SystemC-AMS Working Group 13.30 C based Modelling of embedded Mixed Signal Systems 14.00 Break C/C++ based Languages 14.30 SystemC-WMS: Wave Mixed Signal Simulator Simone Orcioni, Giorgio Biagetti, Massimo Conti, University Ancona, Italy 15.00 Introduction to SystemC-AMS Library Prototype Thomas Uhle, 15.30 Bond Graph Based Model of Computation for SystemC-AMS Torsten Mähne, 16.00 Break C/C++ based Methodologies 16.30 Top-down Refinement of Mixed-Signal Systems with Converter Modules TU Vienna, 17.00 System Level Modelling for Mixed-Signal SoC Alexandre Lewicki, Benjamin Nicolle, William Tatinian, Jean-Jose Mayol, Javier Del Prado Pavon, Gilles Jacquemod LEAT, UMR UNSA-CNRS, NXP Semiconductors, Mentor Graphics, France 17.30 C-based and circuit-level co-simulation using the Verilog Procedural Interface (VPI) Nitasha Jugessur, Emma Sosa Morales NXP Semiconductors, Research Design Methods and Solutions, communication systems Florian Brame, TU Vienna, 18.30 Dinner 20.15 Sightseeing Tuesday: C-based Design of Communication Applications 8:30 System Level Simulation of a Gigabit Radio Transmission System Ralf Kakerow, Uwe Knöchel, Uwe Eichler, Erwin Hemming 9:00 SystemC-AMS Modelling for Voice over IP Physical Interfaces Gerhard Nössing, Martin Schell, Infineon Communication 9:30 Modelling Aspects for DSL Systems Herbert Zojer, Infineon Communication 10:00 Modelling and Simulating SoC Field Bus Communication with SystemC-AMS Mohamed Alassir, Julien Denoulet, Olivier Romain, Patrick Garda Université Pierre et Marie Curie Paris 6, France 10:30 Break C-based Design of Heterogeneous Systems 11:00 SystemC-AMS Modelling of Embedded Sensors for Automotive Applications Wolfgang Scherr, Wolfgang Granig, Infineon Automotive Industry and Multimarket, 11:30 Motivation for C-based Modelling and Simulation of Automotive Systems Ingmar Neumann, Continental Teves, 12:00 Design of Microsystems using SystemC-AMS Erik Markert, 12:30 Break 12.45 Panel: SystemC-AMS - Yet another Language or the Holy Grail? 13:30 Lunch |
_________________________________________________________________________________ mozart-users mailing list [email protected] http://www.mozart-oz.org/mailman/listinfo/mozart-users
