3. MARC Symposium 2011: Ettlingen, Germany

Perfomance analysis and tuning

• Victor Pankratius, Sven Bläse:
  Application Level Automatic Performance Tuning on the Single-Chip Cloud Computer. 1-6
  
• Andrea Bartolini, MohammadSadegh Sadri, Francesco Beneventi, Matteo Cacciari, Andrea Tilli, Luca Benini:
  SCC Thermal Sensor Characterization and Calibration. 7-11
  

Efficient Use of Memories and Virtualization

• Michiel W. van Tol, Roy Bakker, Merijn Verstraaten, Clemens Grelck, Chris R. Jesshope:
  Efficient Memory Copy Operations on the 48-core Intel SCC Processor. 13-18
  
• Pablo Reble, Stefan Lankes, Carsten Clauss, Thomas Bemmerl:
  A Fast Inter-Kernel Communication and Synchronization layer for MetalSVM. 19-23
  

Operating Systems and Thermal Management

• Anastasios Papagiannis, Dimitrios S. Nikolopoulos:
  Scalable Runtime Support for Data Intensive Applications on the Single Chip Cloud Computer. 25-30
  
• Jan-Arne Sobania, Peter Tröger, Andreas Polze:
  Linux Operating System Support for the SCC Platform - An Analysis. 31-34
  
• Simon Peter, Adrian Schüpbach, Dominik Menzi, Timothy Roscoe:
  Early experience with the Barrelfish OS and the Single-Chip Cloud Computer. 35-39
  

Programming Languages, MPI and Application Exploration

• Merijn Verstraaten, Clemens Grelck, Michiel W. van Tol, Roy Bakker, Chris R. Jesshope:
  Mapping Distributed S-Net on the 48-core Intel SCC processor. 41-46
  
• Steffen Christgau, Simon Kiertscher, Bettina Schnor:
  The Benefit of Topology Awareness of MPI Applications on the SCC. 47-51
  
• Randolf Rotta:
  On Efficient Message Passing on the Intel SCC. 53-58
  
• Marco Fais, Francesco Iorio:
  Fast Fluid Dynamics on the Single-chip Cloud Computer. 59-63
  

Poster Session

• Andreas Prell, Thomas Rauber:
  Task Parallelism on the SCC. 65-67
  
• Waqaas Munawar, Janmartin Jahn, Artiom Aleinikov, Jian-Jia Chen, Jörg Henkel:
  An Empirical Feedback Provider for Multi Core Schedulers. 69-70
  
• Björn Saballus, Stephan-Alexander Posselt, Thomas Fuhrmann:
  A Scalable and Robust Runtime Environment for SCC Clusters. 71-74
  
• Florian Thoma, Michael Hübner, Diana Göhringer, Hasam Ümitcan Yilmaz, Jürgen Becker:
  Power and performance optimization through MPI supported dynamic voltage and frequency scaling. 75-78
  
• Carsten Clauss, Stefan Lankes, Pablo Reble, Thomas Bemmerl:
  Recent Advances and Future Prospects in iRCCE and SCCMPICH. 79-80
  
• Panayiotis Petrides, Andreas Diavastos, Pedro Trancoso:
  Exploring Decision Support Queries on Futured Many-Core Architectures. 81-84
  
• Wasuwee Sodsong, Bernd Burgstaller:
  Fast Fourier Transformation Algorithm for Single-Chip Cloud Computers Using RCCE. 85-87
  
• Alexander Arlt, Jan Hendrik Schönherr, Jan Richling:
  Meta-programming Many-Core Systems. 89-91
  
• Hayder Al-Khalissi, Mladen Berekovic:
  Performance of RCCE Broadcast Algorithm in SCC. 93-98
  
• Nils Petersen, Yulian Pastarmov, Didier Stricker:
  ARGOS - a software framework to facilitate user transparent multi-threading. 99-102
  
• Pedro Alonso, Manuel F. Dolz, Francisco D. Igual, Bryan Marker, Rafael Mayo, Enrique S. Quintana-Ortí, Robert A. van de Geijn:
  Power-aware Dense Linear Algebra Implementations on Multi-core and Many-core Processors. 103-106
  
• Nicolas Melot, Kenan Avdic, Jörg Keller, Christoph W. Kessler:
  Investigation of main memory bandwidth on Intel Single-Chip Cloud Computer. 107-110
  
• Georgia Kouveli, Frank Hannig, Jan-Hugo Lupp, Jürgen Teich:
  Towards Resource Aware Programming on Intel's Single-Chip Cloud Computer Processor. 111-114
  

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