
CALL FOR PAPERS
INFOS 2008
The 6th
International Conference on Informatics and Systems
www.fci.cu.edu.eg/INFOS2008/
27 – 29 March, 2008
Cairo, EGYPT
Special Track
On
Parallel and Distributed
Computing and Their Applications
(PDCTA)
PDCTA track
combines the advances in research and technologies in high speed networks,
distributed computing and parallel processing to deliver high-performance,
large-scale and cost-effective computational, storage and communication
capabilities to a wide range of applications.
The intent of this
meeting is to provide a forum in which researchers report on new ideas and
technical insights, application teams express the challenges of constructing
wide area or scalable high performance applications, and technology creators
report on future developments.
The track is to
address, explore and exchange information on the state-of-the-art in high speed
networks, distributed computing and parallel processing to deliver high-performance,
large-scale and cost-effective computational, storage and communication
capabilities to a wide range of applications.
Topics
The following is a non-exhaustive list of topics
covered by the track:
- Parallel and Distributed Architectures and Systems
- Efficient Modeling and Simulation Algorithms and
Techniques for High-performance and Large Scale Computing Platforms
- Methods and Techniques for Parallel Computation (Partitioning,
Mapping and Scheduling, Routing, Resource Management, Communications,
Synchronization, Load Balancing and Sharing)
- Performance of Parallel and Distributed Computing
Systems (experimental and comparative studies, performance models,
benchmarking, instrumentation and monitoring, visualization, ...)
- High Performance Computing Networks (LAN, MAN,
WAN, SAN, ...)
- Network-centric and High Performance Protocols
- Parallelization of Simulation (numerical and
computational methods, Quasi-Monte-Carlo simulation, ...)
- Web-based Distributed Simulation (distributed
modeling via the Web, Java based, Federated)
- Pervasive and Ubiquitous Computing (wireless,
mobile, wearable, invisible, ...)
- Innovative High Performance Computing (Autonomic,
Affective, Quantum, Autonomous, ...)
- Human-centric High Performance Computing
- Soft Computing (Neural, Fuzzy, Genetic, etc.)
- Context-aware, Power-aware, Multimedia, Stream,
and Application-specific Computing
- High Performance and Large Scale Collaborative and
Virtual Environments and Enterprises
- System Integration for High Performance
- Large Scale Systems for Computational Sciences
(Biological, Chemical, Physical, Bioinformatics, Environmental, etc.)
- Cluster, Multicluster, and Grid Computing (Message
Passing, Distributed Shared Memory, Grid Data Exchange and Storage, Grid
Resource Management, Grid Informatics, etc.)
- Middleware and System Services, Support and Tools
- Data Mining and Warehousing for HPC
- Languages, Compilers and Operating Systems for
High Performance Computing
- Libraries and Programming Environments
- High Performance Network Processors and Sensor
Networks
- Peer-to-Peer High Performance Computing
- High Performance Mobile and Wireless Computing and
Networking
- High Performance Reconfigurable Computing and
Embedded Systems
- Real-Time High Performance Computing
- Fault-Tolerant and High Availability High
Performance Computing
- Applications (Computer Systems, Manufacturing,
Production and Industrial Systems, etc.)
Invited Speaker
Prof. Christopher Roger Jesshope
Professor of Computer Systems Architecture.
Faculty of Science, Institute for Informatics
University of Amsterdam.
Track Chair
Fatma Omara
Faculty of Computers and
Information, Cairo
University
Program Committee
Chris Jesshope University of Amsterdam,
Netherland
Hesham El-Rewini Southern
Methodist University, USA
Reda Ammar University of Connecticut, USA
Said Sleed Ain-Shams University, Egypt
Mohammed Nour The
National Research Center, Egypt
Fatma Omara Cairo University, Egypt
Ibraheem Farag Cairo University, Egypt
Ahmmed Hessien Cairo University, Egypt
Ahmmed Shawkey Cairo University, Egypt.
Sherif Abd Rabow Cairo University, Egypt.
Mohamed Zahran City
University of New York, USA
For
further information
Prof. Fatma A. Omara, f.omara@fci-cu.edu.eg