CANDAR 2020 : The Eighth International Symposium on Computing and Networking

Tracks

Track1: Algorithms and Applications

• Randomized Algorithms and Probabilistic Methods
• Scientific Computing and Numeric Algorithms
• Approximation and Optimization Algorithms
• Image Processing and Computer Graphics
• Dependable Computing and Reliability
• Data Mining and Information Retrieval
• Real-time Systems and Applications
• Parallel and Distributed Algorithms
• Green Computing and Networking
• Stochastic Modeling and Analysis
• Software and System Verification
• Wired and Wireless Networking
• Performance Evaluation
• Multicore and Multithreaded Computing
• Scheduling and Load Balancing
• Theoretical Foundations for Big Data
• Cellular automata
• Unconventional computing (natural computing, complex systems, artificial life)

Track 2:Architecture and Computer System

• Processor Architectures
• Instruction, Thread, and Data-level Parallelism
• Multi/Many-core Architectures
• Power Efficient Architectures
• Accelerators
• Reconfigurable Architectures
• CUDA/GPGPU
• Network-on-chip
• Emerging Devices and Their Effect
• Embedded Systems
• Dependable Systems
• Parallel/High-performance Systems
• Application Specific Systems
• Storage Systems
• Architectures/Systems for Emerging Applications
• Edge Computing
• Near Data Processing
• Machine Learning Acceleration
• Software/Hardware Co-Design

Track 3: Networking and Grid

• Interconnection networks
• Ubiquitous computing systems
• Grid computing systems
• Resource allocation and management
• Cloud computing
• P2P networks
• Content delivery networks
• Wireless networks and mobile computing
• Ad-hoc and sensor networks
• Optical networks
• Access control and authorization
• Security protocols
• Cognitive Computing and Networking
• Opportunist Spectrum Allocation and Sensing
• QoS and Multimedia Computing
• Green Communications and Networking
• Vehicle Communications
• Network Architecture
• Network Algorithms and Performance Evaluation
• Network Software
• Future Internet and Internet of Things
• Self-Organizing Networks

Track 4: Artificial Intelligence and Software Engineering

• AI related topics
• Agent: Human agent interaction,Multiagent learning, Multiagent systems
• AI foundations and theories: Constraint satisfaction and optimization,Decision theory, Planning and scheduling, Reasoning
• Applications of AI: Economic/financial, Education and tutoring systems, Information filtering and recommendation
• Knowledge Engineering: Explainable AI, Knowledge based system, Knowledge representation, Ontology
• Machine Learning and Data Mining: Advanced learning methods including active/ensemble/evolutionary/semi-supervised learning, Classification, Clustering, Deep learning and neural networks, Reinforcement Learning, Time-series/stream data mining
• Natural Language Processing: Question answering, Speech and dialogue systems, Text summarization
• Web and networks: Semantic Web, Social network analysis, Web search and information retrieval
• Software Engineering related topics
• Service Engineering: Service Architecture, Web Engineering, CDN, Edge Computing and New Service Models
• Software Engineering: Software Development Models and Tools, Software Testing, Validation and Verification, Performance Evaluation
• Distributed Environment: Algorithms and Data Structures for Distributed Computing, Internet Engineering, IoT/Sensor-based Services, Blockchains
• System Software: Operating Systems, Virtual Machines, Frameworks, Software Tools, SDN
• Programming Language Systems: Programming Language Design, Script Languages Design and Implementation, Optimizations

Track 5: Information and Communication Security

• Authentication
• Block and Stream Ciphers
• Biometrics
• Cryptanalysis
• Cryptographic Protocols
• Digital Signatures
• Efficient Implementations
• Hash Functions
• Network Security
• Privacy Enhancement
• Public Key Cryptosystems
• System Security
• Usable Security