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bib:2007

@InProceedings{ Oppenheimer:2007:OAMRSHS,

Author = {Frank Oppenheimer and Kim Gr{\"u}ttner},
Title = "OSSS: An Approach for Modelling, seamless Refinement, and Synthesis of HW/SW SoC",
Year = "2007",
Month = "09",
Organization = "European SystemC User Group",
booktitle = "16. European User Group Meeting",
Project = "none"

}

@InProceedings{ Herrholz:2007:APADS,

title = "The ANDRES Project : Analysis and Design of run--time reconfigurable, heterogeneous Systems",
booktitle = "Proceedings of 2007 International Conference on Field Programmable Logic and Applications",
author = "Andreas Herrholz and Frank Oppenheimer and Philipp A. Hartmann and Andreas Schallenberg and Wolfgang Nebel and M. Damm and F. Herrera and E. Villar and I. Sander and A. Jantsch and A.-M. Fouilliart and Marcos Martinez",
publisher = "IEEE",
month = "08",
year = "2007",
isbn = "1--4244--1060--6",
Project = "ANDRES"

}

@InProceedings{ Herrholz:2007:AADRS,

Author = "Andreas Herrholz and Frank Oppenheimer and Andreas Schallenberg and Wolfgang Nebel and Christoph Grimm and Markus Damm and Fernando Herrera and Eugenio Villar and Ingo Sander and Axel Jantsch and Anne-Marie Fouilliart and Marcos Martinez",
Title = "ANDRES -- Analysis and Design of run--time Reconfigurable, heterogeneous Systems",
Year = "2007",
Month = "04",
Booktitle = "Proceedings of Design, Automation and Test in Europe 2007, Nice, France",
Project = "ANDRES"

}

@InProceedings{ Hartmann:2007:OSSSS,

title = "OSSS+R: Simulation and Synthesis of Self--Adaptive Systems",
author = "Philipp A. Hartmann and Andreas Schallenberg and Frank Oppenheimer and Wolfgang Nebel",
organization = "DATE 2007 (Design, Automation and Test in Europe), University Booth, Nice",
month = "04",
year = "2007",
abstract = "We present the modelling of (self--)adaptive systems with the OSSS+R library, which is based on SystemC. Additionally, an FPGA--based reconfigurable demonstrator shows first synthesis results.",
booktitle = "Design, Automation and Test in Europe 2007",
Project = "ANDRES"

}

@Manual{ Brunzema:2007:OLSSLMSO,

Author = {Claus Brunzema and Cornelia Grabbe and Kim Gr{\"u}ttner and Philipp A. Hartmann and Andreas Herrholz and Henning Kleen and Frank Oppenheimer and Andreas Schallenberg and Christian Stehno and Thorsten Schubert},
Title = "OSSS -- A Library for Synthesisable System Level Models in SystemC(TM) -- A tutorial for OSSS 2.0",
Year = "2007",
Month = "01",
abstract = "This tutorial is for people who want to learn about OSSS and the OSSS synthesis flow.",
Project = "none"

}

@Manual{ Vaumorin:2007:S,

Author = "Emanuel Vaumorin and Cornelia Grabbe and Frank Oppenheimer and Vincent Thibaut",
Title = "SPIRIT IP--XACT controlled design flow applied on a high level communication synthesis",
Year = "2007",
Month = "01",
abstract = "This white paper describes the integration of the OFFIS OSSS methodolgy with the IP--XACT technology from SPIRIT. OFFIS and Magillem Design Services have collaborated in the frame of a research project called ICODES. The overall goal of ICODES was to develop a new modeling and synthesis technology for embedded hardware/software systems, especially regarding communication aspects. The research topics consider modeling, evaluation and high--level communication synthesis of systems written in a language based on SystemC. The aim of this whitepaper is to present the result of the joined work to provide an efficient design flow based on IP--XACT. As an introduction, this paper presents the OSSS library, its associate design methodology and synthesizer, the IP--XACT standard issued by the SPIRIT consortium, the MAGILLEM environment and the ICODES project context. Then the OSSS methodology developed by OFFIS will be described. Especially the refinement of system communications by mapping an application layer model on different virtual target architectures will be presented in detail. The third part explains how components and system description based on OSSS can be packaged in SPIRIT IP--XACT and how this packaging allows a semi--automated mapping of the application to the architectural layer and the integration of the OSSS design flow into the MAGILLEM environment.",
Project = "none"

}

bib/2007.txt · Last modified: 2014-12-11 15:14 (external edit)