Scalable Computing: Practice and Experience

Architectures using (formal) specification notations: Jan van Katwijk

Bioinformatics: Jie Cheng; Lonnie R. Welch

CAD for VLSI Circuits: David Du
Cellular arrays: Yakov Fet
Cellular automata: Domenico Talia
Cloud computing: Dana Petcu
Clustering: Jie Cheng
Communications optimizations, tools: Frederic Desprez
Computational biology: Lonnie R. Welch
Computer aided design of VLSI circuits and systems: Lalit Patnaik
Computer architecture: Yakov Fet; Lalit Patnaik
Computer graphics: Dana Petcu
Computers in biomedicine: Roman Trobec
Concurrent programming languages: Domenico Talia

Data grids: Emilio Hernádez
Data mining: Hong Shen
Data modeling and visualization: Jie Cheng
Database design: David Du
Database languages: Bogdan Czejdo
Dependable business- and mission-critical systems: Vadim Kotov
Development quality control: Jan van Katwijk
Digital transmission systems: Roman Trobec
Distributed and cluster operating systems: Andrzej Goscinski
Distributed and parallel systems and processing: Andrzej Goscinski
Distributed computing: Emilio Hernádez; Shahram Rahimi
Distributed management and control: Vadim Kotov

Electronic publishing: Alexander Denisjuk

Fault-tolerance and testing: Roman Trobec
FFTs: Dorothy Bollman
Functional programming languages: Dorothy Bollman
Fuzzy logic: Shahram Rahimi

Genetic algorithms: Lalit Patnaik
Graph theory and combinatorics: Pavel Tvrdík
Grid computing: Domenico Talia

Heterogeneous databases: Bogdan Czejdo
High performance cluster and grid computing: Thomas Ludwig
High performance computing: Peter Arbenz; Emilio Hernádez; Shahram Rahimi; Marian Vajtersic
High performance input/output concepts: Thomas Ludwig
High performance methods and algorithms for scientific computing: Svetozar D. Margenov
High-performance algorithms in numerical linear algebra: Marcin Paprzycki
High-speed networks: David Du
History of computing: Yakov Fet

Integral geometry: Alexander Denisjuk
Integration: Ian Gladwell
Interconnection networks: Hong Shen; Siang Wun Song
Interconnection networks and communication algorithms: Pavel Tvrdík
Internet, grid and cluster computing: Andrzej Goscinski

Large scale scientific computations of engineering and environmental problems: Svetozar D. Margenov

Machine learning: Jie Cheng
Mathematical software: Ian Gladwell; Dana Petcu
Matrix preconditioning: Luigi Brugnano
Microprocessor architectures: Pavel Tvrdík
Middleware: Lonnie R. Welch
Mobile computing: Lalit Patnaik
Modeling of complex systems and software architectures: Jan van Katwijk
Modeling, analysis and synthesis of parallel and distributed systems: Vadim Kotov
Multimedia applications: David Du
Multiprocessor and distributed systems: Janusz Zalewski

Neural network computations: Marcin Paprzycki
Neural networks: Lalit Patnaik
Numerical analysis: Dana Petcu
Numerical linear algebra: Peter Arbenz; Luigi Brugnano
Numerical methods for ODEs: Luigi Brugnano

Object-oriented databases: Bogdan Czejdo
Operating systems: Boleslaw Karl Szymanski
Optimal methods for sparse matrices computing: Svetozar D. Margenov
Ordinary differential equations: Ian Gladwell

Parallel algorithms: Siang Wun Song
Parallel algorithms and computer architectures: Pavel Tvrdík
Parallel algorithms, libraries: Frederic Desprez
Parallel and distributed computing: Peter Arbenz; Marcin Paprzycki; Lalit Patnaik; Hong Shen
Parallel and distributed event-driven simulation (both conservative and optimistic): Carl Tropper
Parallel and distributed processing: Janusz S. Kowalik
Parallel and distributed system architectures: Vadim Kotov
Parallel and high performance computing: Dorothy Bollman
Parallel architectures: Domenico Talia
Parallel computation: Boleslaw Karl Szymanski
Parallel computing (algorithms and methods): Luigi Brugnano
Parallel data mining: Domenico Talia
Parallel databases: Hong Shen
Parallel file systems: Thomas Ludwig
Parallel image processing: Hong Shen
Parallel numerical algorithms: Marian Vajtersic
Parallel numerical methods and algorithms: Svetozar D. Margenov
Parallel numerics: Roman Trobec
Parallel processing: Yakov Fet
Parallel processing on clusters on computers: Andrzej Goscinski
Parallel systems and algorithms: Roman Trobec
Parallel, distributed, cluster and grid computing: Dana Petcu
Parallel/distributed architectures/systems: David Du
Parallelism management: scheduling and load balancing: Andrzej Goscinski
Pattern recognition: Jie Cheng
Peer-to-peer systems: Domenico Talia
Performance evaluation: Marcin Paprzycki
Programming contests: Alexander Denisjuk
Programming languages: Boleslaw Karl Szymanski