CESCIT’18 Keywords

The CESCIT’18 call for papers concerns any contribution within the scope covered by the three technical committees under CC3, which are:

Computer-based control systems Real-time algorithms, scheduling, schedulability, temporal predictability, time analysis
Programming and programming platforms,
Logical design, physical design, and implementation of embedded computer systems
Model-driven engineering of computer-controlled systems
Inter-computer communications
Operating systems
Partitioned embedded systems
Virtualisation in embedded systems
Programmable logic controllers
Standards-based platforms and environments
Computational intelligence methods in modeling, systems identification and control Search methods and decision-making: neural networks, evolutionary computing, fuzzy techniques
Swarm Intelligence (ant colony, particle swarm, differential evolution, cultural algorithms)
Neurodynamic optimization and adaptive dynamic programming
Biologically plausible neural networks, computational neuroscience, neurodynamics and regulatory networks
Brain computer interface and cognitive architectures
Neuroinformatics and bioinformatics
Hybrids of computational intelligence systems (neuro-fuzzy systems, neuro-genetic)
Intelligent systems and instrumentation (smart systems, sensors, actuators and distributed systems)
Data fusion and data mining
Fault management and knowledge processing and representation; Use of internet technology; Intelligent agents
Training and adaptation algorithms, Constructive algorithms
Structures for computational intelligence
Design methodologies
Emerging areas
Telematics: control via communication networks Telecommunication-based automation systems
Remote servicing
Remote and distributed control
Remote sensor data acquisition
Internet of things
Traffic control systems
Smart energy grids
Spacecraft servicing


Additionally, papers in common topics between the three technical committees are welcome:

Common Computers, Cognition and Communication Topics Architectures for real-time, distributed, intelligent embedded control sys
Special and dedicated processors
Parallel processing
Communication platforms
Middleware, ASICs, etc
Modelling, design and implementation of real-time, distributed, intelligent embedded control systems
Validation, verification, testing, evaluation of embedded systems and applications
Safety, reliability, maintainability, security
Fault detection, fault tolerance
Re-configurable control
Modelling of the physical embedding systems
Man-machine interfaces for real-time distributed computer control systems


Application papers are also welcome in the following topics:

Applications Computer-based control systems
Process control, manufacturing
Mechatronics, robotics and autonomous systems
Power systems, energy management
Intelligent house, environmental systems
Medical and biomedical, biology, biotechnology
Transport, aerospace, agriculture, economics and business systems
Efficiency of embedded systems (power, size, performance)
Ubiquitous, pervasive systems
Context aware systems, ambiental intelligence
Mobile embedded applications
Education in computer control systems