ATACCS is the first of a series of scientific conferences that are going to be organized on the theme of Automation in Command and Control Systems.

ATACCS is focused on applications and theories that are related to the replacement of human roles by technology (i.e. through automation). The main goal of automation systems is to improve processes through the use of technology. In the context of ATACCS, automation implies the use of a system to administer the tasks of human thus reassigning the human to the functions of conformance monitoring and automation management.

ATACCS is brainchild of HALA! Research Network (Higher Automation Levels in ATM) which is supported by the framework of SESAR WP-E; a framework setup to spearhead long term and innovative research in automation of ATM in pursuit of the SESAR 2020 vision and beyond.

All submissions to the conference will be peer reviewed by members of the program committee. Accepted contributions will be published in the conference proceedings as well as in the ACM Digital Library.

Submission categories
Academic research papers
Industrial papers
Doctoral consortium
Application domains
This conference is of particular interests for many application domains in particular (but not limited to):

Air Traffic Management
Rail and traffic management
Space operations
Cockpits for aerial and terrestrial vehicles
Unmanned aerial vehicles (UAV)
Topics of interest
Submissions that address issues on automation are invited from participants of HALA! and the general ATM community. Topics include but are not limited to:

Assessment of systems with automation
Autonomous system design
Design Automation
Human-centered design and automation
Multidisciplinary design optimization
Information Automation
Decision support systems
Function allocation
Human-Automation collaboration
Human-System integration
Information automation
Information gathering
Infomation filtering
Information fusion
Methodologies for automation
Model validation
Optimization algorithms
Process control
System supervision
System modeling and simulation
Causal Modeling
Model reduction for complex systems
Predictive Models
Task migration