CSE 2015

The CSE2015 conference will provide a forum for engineers and scientists in academia, industry, and government to address all challenges including technical, safety, social, and legal issues related to Computational Science and Engineering and to present and discuss their ideas, results, work-in-progress and experience on all aspects of Computational Science and Engineering. Topics of particular interest include, but are not limited to:

Track 1. Intelligent and Bio-inspired Computing

Artificial Intelligence and Machine Learning
Knowledge Representation and Reasoning
Multi-Agent Systems
Computational Neuroscience
Natural Language Processing
Evolutionary Computation
Metaheuristics
Memetic Algorithms
Cellular Automata
Fuzzy Systems
Molecular Computing
Applications of Intelligent Computing

Track 2. Scientific and Engineering Computing

Multiphysics, Multiscale, and Multilevel Algorithms
Energy-aware Algorithms
Scalable Numerical Algorithms
Hardware-aware Algorithms
Graph and Social Network Algorithms
Asynchronous Parallel Algorithms
Uncertainty Quantification
Innovative Implementations of Scientific Computing and Visualization Algorithms
Software Design and Development to Support CSE
Applications in Computational Science, e.g., Biology, Physics, Geophysics, Aerospace, Life Sciences, Climate, Economics
Programming Models for Heterogeneous and Many-core Processors
High Performance Software Libraries and Environments
Exascale Computing
Emerging Technology
Emerging Applications

Track 3. Big Data Analytic

Databases and Data Mining Applications
Feature Selection and Feature Extraction
High Performance Data Mining Algorithms
Knowledge Discovery
Sequential Data Mining
Stream Data Mining
Social Network Mining
Temporal and Spatial Data Mining
Text, Graph, Video, Multimedia Data Mining
Web Mining

Track 4. Cluster, Grid, P2P and Cloud Computing

Autonomic Computing in P2P, Grid, Cloud systems
Cloud Computing and Applications
Data Intensive and Computing Intensive Applications
Economics of P2P, Grid, Cloud and Internet Computing
Grid and P2P Infrastructures for Data Storage and Data Mining
High performance and Scalable Computing
Large-scale Collaborative Problem Solving Environments
Programming models, tools, and environments
Middleware for Grid, Cloud and P2P Systems and Applications
Methodology and Practice of Semantic Grid and Web
Overlay Networks for P2P Systems
Reputation Aggregation for P2P, Grid, Cloud and Internet Computing Systems
Scalability, Dependability and Reliability
Scheduling, Resource Discovery and Allocation
Social Networking and Implications
Theoretical model for P2P, Grid, Cloud and Internet Computing Systems
Trust Integration and Security
Ubiquitous and Pervasive Computing Applications
Virtual Organizations and Enterprise Computing
Web and Grid Service-based Applications

Track 5. Computational Social Systems

Fundamental Theories in SN/MSN
Solutions to Key Problems in SN/MSN
Typical SN/MSN Applications
Socially-inspired Design of Communications Networks
Various Topics related to SN/MSN Development Platform
Privacy, Security, Ethics, Culture, and Anonymity Issues
Social Sensing, Crowdsourced Sensing and Mobile Participatory Sensing
u-Things, u-Science and u-Engineering
Intelligent Transportation Systems and Safety-critical Systems
Capacity Offloading through D2D Local Area Networks
Economic, Social, Psychological Inspired Incentive Mechanisms
Business Models of SN/MSN

Track 6. Mobile Computing and Wireless Communications

Space-Time, MIMO and Adaptive Antennas
Mobile data communication
Security Issues Involved in Mobile Computing
OFDM, CDMA and Spread Spectrum
Multimedia in Mobile Computing: Issues, System Design, and Performance Evaluation
Information Theory
Multimedia Signal Processing
Cross Layer Optimization in Wireless Networks
Cognitive Radio, Ultra-wideband
Multihop and Cooperative Communications
Modulation, Coding, Diversity
Signal Processing in Body Area Networks
Wireless Emergency and Security Systems

Track 7. CSE Education

Computer Aided Education
Multimedia and Education
Computer Science and Education Technology
Computer and Education Training
Computer and Education Management
E-learning
Knowledge Discovering

Track 8. Embedded and Ubiquitous Computing

Embedded System Software and Optimization
Embedded System Architectures
Hardware/Software Co-design and Design Automation
Real-Time Systems and Operating Systems
Application-Specific Processors and Devices
Power-Aware Computing
Sensor Networks
System/Network-on-Chip
Reconfigurable Computing Systems and Applications
Pervasive Computing and Communications
Middleware and Peer-to-Peer Computing
Internet Computing and Applications
Multimedia and Data Management
Human-Computer Interaction
Agents and Distributed Computing
Security and Fault Tolerance Applications

Track 9. Advanced Networking and Applications

Communication Protocol and Architecture
High-speed Communication and Network
Wireless Communication and Network
Mobile Ad-hoc and Sensor Network
Low-power Network and System
Wearable Network and System
Embedded System and Networking
Internet Technology and IP-based Applications
Network Control and Management
Network Performance, Analysis and Evaluation
Quality of Services (QoS)
Ubiquitous/Pervasive Networks and Computing
Ubiquitous Intelligence and Smart World
Smart Object, Space/Environment and System
Innovative Networking and Applications
Social, Ethical & Other Issues of Networked World
Network and Application Hardware

Track 10. Security, Privacy and Trust

Information and System Security
Computer Security
Reliable Computing
Trusted Computing
Network Security and Privacy
E-Security

Track 11. Service and Internet Computing

Mathematical Foundation of Services Computing
Services Science
Service-Oriented Architecture(SOA)
Web Services
Wireless Grid and Communication Services Delivery Platform
Grid Applications and System Solutions
Dependable, Reliable and Autonomic Computing

Track 12. Distributed and Parallel Computing

Distributed Algorithms
Parallel/Distributed Architectures
Novel Big Data Architectures
Real-Time Parallel and Distributed Systems
Parallel and Distributed Operating Systems and Middleware
Resource Management and Task Scheduling
Parallel and Distributed Applications and Web Services
Parallel I/O Systems and Storage Systems
Tools and Environments for Parallel & Distributed Software Development
Analysis and Design of Parallel and Distributed Algorithms
Distributed Data and Knowledge Based Systems
Distributed Graphics and VR/AR/MR Systems
Distributed AI and Soft/Natural Computing
Security in Parallel and Distributed Systems

Track 13. Dependable, Reliable and Autonomic Computing

Autonomic Computing Theory, Models, Architectures and Communications
Dependable Automatic Control Techniques and Systems
Cloud Computing with Autonomic and Trusted Environment
Reliable Computing
Hardware and Software Reliability, Verification and Testing
Dependability and Autonomic Issues in Ubiquitous Computing
Software Engineering for Dependable Systems
Hardware Engineering for Dependable Systems