Autonomy in Cyber-Physical Systems

Networking infrastructure and management for Cyber-Physical Systems

Computation platforms and networks

Networking infrastructure for IoT to address heterogeneity

Computational intelligence and natural computing

Neural networks

Computer vision, image and signal processing

Non-functional issues for Cyber-Physical Systems

Decision support systems

Optimization

Deep learning

Pattern recognition

Development and implementation of various Cyber-Physical Systems

Physiological sensing

Distributed optimization and distributed learning

Predictive, robust control

Distributed, decentralized control

Process control and stability 

Fuzzy logic

Scalability of complex networks

Genetic programming 

Scalability, and Interoperability issues

Heterogeneous networks

Security, privacy, reliability, and dependability

Human computer, machine interaction

Smart building

Human motion tracking

Smart city

Intelligent control theories

Smart factory

Intelligent sensing of environment

Smart grid

IoT communication and coordination middleware and platforms

Smart home

Machine learning and artificial intelligence

Software engineering

Modeling and Control of Cyber-Physical Systems

Software tools and middleware for Cyber-Physical System research

Modeling and formal methods

Supervised and Unsupervised learning

Modeling of tightly integrated physical processes

Transportation and logistics

Networked and distributed systems

Wireless sensor networks