HPC-GECO/CompFrame Workshop
Preliminary Program

Sunday 21^st

8:30am Welcome and Workshop Background (15 min)

1. Frameworks and Architectures

• Component Architectures in the Next Generation of Ultrascale Scientific Computing: Challenges and Opportunities
  - David E. Bernholdt

• MAPL - A High-level Programming Paradigm to Support More Rapid and Robust Encoding of Hierarchical Trees of Interacting High-performance Components
  - Max Suarez, Atanas Trayanov, Chris Hill, Paul Schopf, Yury Vikhliaev

10:30am

2. Development Methodologies

• Bocca: A Development Environment for HPC Components
  - Wael Elwasif, Boyana Norris, Benjamin Allan, Rob Armstrong

• Design Support for Componentising and Grid-enabling Scientific Applications
  - Nikos Parlavantzas, Vladimir Getov, Matthieu Morel, Francoise Baude, Denis Caromel

Discussion of sessions 1 and 2 (30 min)

1:30pm

3. Performance and Reliability

• The Co-Replication Methodology and its Application to Structured Parallel Programs
  - Carlo Bertolli, Massimo Coppola, Corrado Zoccolo

• An HPC Component for Parallel, Heterogeneous, and Dynamic Unstructured Meshes
  - Harold Carter Edwards

• TM-DG: a Trust Model Based on Computer Users’ Daily Behavior for Desktop Grid Platform
  - Ling Shang, Zhi Jian Wang, Xiao ping Huang, Yong Shang Cheng

3:30pm

4. Component Composition

• High-Level Service Connectors for Components-Based High Performance Computing
  - Francisco Heron Carvalho-Junior, Ricardo Cordeiro Correa, Rafael Dueire Lins, Gisele Azevedo Araujo, Jefferson de Carvalho Silva

• Data Registration, Match, and Model Component Coupling
  - Shujia Zhou, Carlos Cruz

Discussion of sessions 3 and 4 (30 min)

Monday 22^nd

8:30am

5. Scientific Applications, Part 1

• A Schema Based Paradigm for Facile Description and Control of a Multi-component Parallel, Coupled Atmosphere-Ocean Model
  - Constantinos Evangelinos, Chris N Hill

• Component Framework for Coupled Integrated Fusion Plasma Simulation
  - Wael Elwasif, David E Bernholdt, Lee A Berry, Don B Batchelor

10:00am

6. Scientific Applications, Part 2

• Tackling Component Interoperability in Quantum Chemistry Software
  - Fang Peng, Meng-Shiou Wu, Masha Sosonkina, Theresa Windus, Jonathan Bentz, Mark Gordon

• The Common Component Architecture for Particle Accelerator Simulations
  - Douglas R. Dechow, Boyana Norris, James F. Amundson

Discussion of sessions 5 and 6

1:30pm

7. Communication Paradigms

• Enabling Collective Communications between Components
  - Julien Bigot, Christian Perez

• Practical Parallel Remote Method Invocation for the Babel Compiler
  - Kostadin Damevski, Keming Zhang, Steven Parker

• Distributed Component Support for Integrating Large-scale Parallel HPC Applications
  - Nanbor Wang, Rooparani Pundaleeka, Johan Carlsson

3:30pm

Discussion of session 7

Wrap-up discussion of presented papers, outline of current and future research directions.