Track 1: Smart Systems and Innovations

• Smart Grid and Micro Grid

• Mobility, security, access and control in smart learning environments

• Internet-of-Things (IoT) in smart learning environments

• Intelligent Systems and Services Computing

• Social Implications for Smart Systems

• Smart Grid

• Technological focus for Smart Environments

• Energy Efficient Infrastructure

• Smart City Examples and Case Studies

• Architecture for secure and interactive

• Intelligent Infrastructure and Guidance Systems

• Smart Traffic Theories for Transportation Management

• Analytics, Intelligence and Knowledge Engineering

• Data Centre Enabled Technologies

• Smart Education and E-Learning

• Business, Finance and Management

• Social Networks Analysis, Media and e-Government

• Healthcare applications of Smart Systems

• Energy-saving and Green IoT applications

• e-Government, e-Commerce, e-Science and Creative Technologies

• Smart Electronic Systems for Solar photovoltaic and other renewable energy sources Electric Vehicles

• Home Automation/Industry Automation

Track 2: Computing

• High Performance Computing

• Power Management in Embedded Systems

• Real-Time Computing

• Multi/Many-Core Embedded Systems

• Emerging trends in embedded multimedia systems (gaming, streaming)

• Data Analysis

• Fault-tolerance, reliability, availability

• Social networks: modelling, analysis, and synthesis

• Wireless and mobile computing

• Malware Analysis and Intrusion Detection

• Network Security Management

• Applied Cryptography

• Biometrics Security and Privacy

• Security and Privacy for Big Data

• Security and privacy in Complex Systems

• Security and Privacy in Smart Grids

• Security in Distributed Systems

• Security Information Systems Architecture

• Communication and synchronization protocols

• Communications security

• Signal processing in communications

• Multimedia and multicast communications

• Wireless communications (satellite, WLL, 4G, Ad Hoc, sensor networks)

• Network, control and service architectures

• On-demand networks, utility computing architectures

• Game-theoretic approaches to distributed computing