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The scope of the conference includes all areas of high performance computing, computer networking, communication systems, digital signal processing, and related areas.
The main topics include but will not be limited to:
Algorithms, Complexity, Theory and Software aspects of High Performance Computing
Computational Science, Engineering and Technology
Computer Networks
Communication Systems
Computational Systems
Digital Signal Processing
Mobile and Sensor Computing
Security
System Software
Detailed topics include but will not be limited to:
- 3G/4G network evolution
- Adaptive signal processing
- Applications of high performance systems
- ATM systems and networks
- Biological computing
- Broadband communications
- Broadband Technologies
- Cluster Computing
- Coding technologies
- Collaborative systems
- Communication protocols
- Communication theory
- Compiler technologies for high-performance computing
- Computational biology and bioinformatics
- Computational informatics
- Computational Mathematics
- Cryptography
- Data hiding
- Data mining
- Database applications
- Dependable computer systems
- Digital Signal Processing (DSP)
- Digital Subscriber Lines ( DSL)
- Digital traffic engineering
- Digital water marking
- Distributed systems
- Document security
- e-Commerce
- e-Learning
- Embedded systems
- Emerging computing
- Error-control technologies
- Fault-tolerant systems
- Grid computing
- Heterogeneous systems
- Heterogeneous networks
- High-performance networks
- High-performance computing
- Image compression
- Intelligent networks
- Intelligent systems
- Internet applications
- Internet communications
- Internet services
- Languages for high performance computing
- Load balancing issues
- Low-rate image transmission
- Microwave communications
- Mobile and ad-hoc networks
- Mobile communication systems
- Mobile computing
- Mobile networks
- Modeling and simulation
- Modulation, demodulation and synchronization issues
- Multicasting
- Multimedia communications
- Network architectures
- Network interoperability
- Network management
- Network performance
- Network protocols
- Networked database systems
- Open/unsolved issues
- Operating systems for high-performance computing
- Optical communication systems
- Optical Micro-Electro-Mechanical Systems ( MEMS)
- Optical networks
- Parallel and distributed algorithms and architectures
- Peer-to-peer computing
- Performance evaluation
- Pervasive computing
- Printer identification
- Programming environments for high performance computing
- Programming interfaces for high-performance computing systems
- Protocols and routing
- Quality of Service (QoS)
- Radio and satellite communications
- Reconfigurable architectures
- Reliability and fault-tolerance
- Scalable systems
- Scheduling and resource management
- Scientific applications
- Secure printing
- Security and reliability issues
- Sensor and actor networking
- Services computing
- Signal processing for storage
- Software aspects of high performance computing
- Speech technology
- Streaming Networks
- Tele-traffic models
- Terabit optical networks
- Video compression
- VLSI for communications and Digital Signal Processing (DSP)
- Voice over IP
- Web services and internet computing
- Wireless networks
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