Parallel/Distributed Application |
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1.Computational methods in science and engineering
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5.E-education application |
2.computational finance. |
6.Distributed agents |
3.E-engineering and e-science application.
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7.Distributed multimedia. |
4.E-commerce application.
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8.Distributed database. |
Distributed/Parallel Algorithm |
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1.Numerical parallel algorithms. |
5.Distributed/parallel algorithms in image and vision processing. |
2. Non numerical parallel algorithms. |
6.Geometric modelling and fractals. |
3. Algorithms exploiting distributed computing environment. |
7.Compression and decompression for multimedia applications. |
4. Performance assessment with computation/communication complex analysis. |
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Minisymposium:Grid Infrastructure and Application |
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1.Infrastructure of Grid Computing |
4. Grid computing applications. |
2. Grid computing platforms and tools. |
5. New technologies and developments in computer networking |
3. Grid Software and Middleware. |
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Web based System Architecture |
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1.Real-time embedded systems for business, engineering, and sciences. |
3. Web resources management and system design for e-science and e-engineering. |
2. Distributed information systems for business, engineering, and sciences. |
4.Web performance analysis for business,engineering and science |
Software tools and environments for distributed or parallel platform |
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1. Use of MPI, PVM, Java Platforms for web-based simulation and computing. |
4. Web browser and search engine design |
2. Tools and platforms for E-education. |
5. Mobile agents and computing |
3. Tools and platforms for E-business. |
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Intelligence And High Performance Computing |
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1. Cluster Computing |
4. Pattern and speech recognition |
2. Data mining, knowledge discovery |
5. Quantum and modular computing |
3. Biologically Inspired computing |
6. Reliability and fault-tolerance |
Computer Applications |
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1. Auto-adapted system |
5. Optimun control |
2. Fuzzy control theory systems and applications |
6. System recognitions |
3. Intelligence control systems |
7. Process control and fault diagnosis |
4. System modeling and simulations |
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Minisymposium: Image processing |
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1. Visualization algorithms |
8. Character Animation |
2. Visualization of virtual objects |
9. Dynamic imaging |
3. Image synthesis techniques |
10. Image reconstruction |
4. Image segmentation |
11. Physical, biological and statistical modelling |
5. Hyper-Spectral imaging |
12. Computational and statistical image processing and analysis |
6. Image formation |
13. Image quality assessment |
7. Image compression |
14. Web designing |
Minisymposium: Numerical methods for PDEs |
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1. Distributed algorithms for PDEs |
4. Business and financial applications |
2. Large scale computations |
5. Parallel time domain methods |
3. Industrial applications |
6. Parallel methods for integral equations |