Scope & Topics

CoDIT 2027 welcomes original contributions in all areas of control, decision and information technologies. Topics of interest include, but are not limited to:

Track 1 – Control & Automation

Adaptive Control  •  AI-based Control  •  Automation  •  Autonomous Vehicles  •  Bond Graph  •  Control Applications  •  Control Design Methods  •  Control Theory  •  Cyber-Physical Systems  •  Data-Driven Control  •  Diagnosis  •  Discrete Event Systems  •  Distributed and Multi-Agent Systems  •  Embedded Systems  •  Energy Control and Power Systems  •  Energy Storage and Management Systems  •  Fault Detection  •  Fault-Tolerant Control  •  Fractional-Order Systems  •  Human-Robot Interaction  •  Hybrid Systems  •  Instrumentation and Actuators  •  Intelligent Control  •  Internet of Things (IoT)  •  Learning-Based Control  •  Linear Systems  •  Man-Machine Interactions  •  Manufacturing System Control  •  Mechatronics  •  Monitoring and Supervision  •  Multi-Robot Systems  •  Networked Control Systems  •  Non-Linear Systems  •  Observers and State Estimation  •  Optimal Control  •  Petri Nets  •  Power Electronics Control  •  Predictive Control  •  Process Control  •  Real-Time Control  •  Robot Learning  •  Robot Motion Planning  •  Robotics Control  •  Robust Control  •  Sensors  •  Signal Processing  •  Sliding Mode Control  •  Smart and Intelligent Systems  •  Smart Digital Green Automation  •  Stochastic Systems  •  Sustainable and Green Automation Technologies  •  System Identification  •  Time-Delay Systems  •  Unmanned Aerial Vehicles (UAVs)  …

Track 2 – Decision, Optimization & Cybernetics

AI-Driven Decision Systems  •  Applied Optimization  •  Big Data Analytics  •  Combinatorial Optimization  •  Computer-Assisted Optimization  •  Cyber-Physical Decision Systems  •  Data Envelopment Analysis  •  Decision Support Systems  •  Energy Storage Optimization  •  Forecasting  •  Game Theory  •  Graphs and Networks  •  Green and Sustainable Decision Systems  •  Healthcare Operations Management  •  Heuristics and Metaheuristics  •  Intelligent Systems  •  Inventory Management  •  Logistics  •  Maintenance  •  Modeling and Simulation  •  Multi-Criteria Decision Making  •  Multi-Objective Optimization  •  Network Optimization  •  Nonlinear Optimization  •  Operational Research  •  Optimization of Cyber-Physical Systems  •  Production Engineering  •  Queueing Systems  •  Reinforcement Learning for Decision Making  •  Reliability  •  Risk Analysis  •  Robust Optimization  •  Scheduling  •  Smart and Digital Systems  •  Smart Energy Optimization  •  Stochastic Optimization  •  Supply Chain Management  •  Swarm Intelligence  •  Transport Optimization  …

Track 3 – Artificial Intelligence & Information Technologies

AI and Energy-Aware Computing  •  Artificial Intelligence Applications  •  Blockchain Technologies  •  Cloud and Edge Computing  •  Computational Intelligence  •  Computer Vision  •  Cybersecurity  •  Cybersecurity for Smart Systems  •  Data Mining  •  Data Science  •  Deep Learning  •  Design for Electronic Circuits and Systems  •  Digital Twins  •  Edge AI and TinyML  •  Explainable AI  •  Federated Learning  •  5G/6G Networks  •  Generative AI and Large Language Models  •  Hardware Engineering  •  Image Processing  •  Information Systems  •  Information Theory  •  Intelligent and Sustainable IT Infrastructures  •  Intelligent Embedded Systems  •  Internet of Things (IoT)  •  Learning Systems  •  Machine Learning  •  Man-Machine Interactions  •  Mobile and Wireless Communications  •  Natural Language Processing  •  Neural Networks  •  Parallel and Distributed Computing  •  Quantum Computing  •  Sensors and Instrumentation  •  Smart and Digital Systems  •  Smart Digital Green Technologies  •  Smart Energy and Digital Technologies  •  Smart Grids  •  Software Engineering  •  Telecommunication Applications  •  Theoretical Computer Science  …

Main Fields of Applications

Aerospace  •  Agriculture 4.0  •  AI-Integrated Systems  •  Biomedical Applications  •  Cyber-Physical Systems  •  Distributed Systems  •  Educational Technologies  •  Electric Mobility  •  Embedded Intelligent Systems  •  Healthcare Applications  •  Industrial Processes  •  Industry 4.0 and 5.0  •  Manufacturing Systems  •  Maritime Systems  •  Renewable and Green Energy Systems  •  Robotics and Autonomous Systems  •  Service Systems  •  Smart Cities  •  Smart Grids  •  Smart Technologies  •  Software Engineering  •  Supply Chain Management  •  Telecommunication  •  Transportation Systems  •  Water Management  …

Theoretical and methodological studies related to these fields are also welcome.