T-ASE Editorial Board

Primary Areas: Autonomous Systems, Energy and Power, Discrete Event Systems, Industry 4.0, Modeling and Simulation, Logistics, Optimization, Manufacturing

Secondary Areas: Agents, Artificial Intelligence and Machine Learning, Control Theory, Digital Twins, Home and Building, Game theory, Scheduling and Planning, System Analysis and Design

Secondary: Human-Centered Automation, Mobility and Navigation, Process Control

Primary Areas: Machine learning, statistical models, health care

Secondary Areas: quality and reliability engineering; industrial statistics

 Primary Area: Manufacturing and healthcare system analysis, design, improvement and control.
Secondary Area: Planning and scheduling, supply chain management, energy system.

Primary areas: Industry 4.0, Manufacturing, Logistics, Semiconductor Manufacturing, Robotics

Secondary areas: Human-Centered Automation, Mobility and Navigation, Process Control

Primary Areas: Healthcare systems modelling, analysis and optimization, Healthcare data analytics, Stochastic dynamic programming

Secondary Areas: Discrete event dynamic systems, Simulation optimization, Manufacturing systems analysis and optimization, Production planning and scheduling

Primary Areas: Swarm; Automation at Micro-Nano Scales; Multi-Robot Systems; Micro/Nano Robots; Biologically-Inspired Robots; Biomimetics; Motion Control; Cellular and Modular Robots

Secondary Areas: Assembly; Biological Cell Manipulation; Flexible Robots; Medical Robots and Systems; Soft Robot Applications; Soft Robot Materials and Design; Soft Sensors and Actuators; Natural Machine Motion

Start Date- 1 July 2020

End Date- 30 June 2023 

Primary Areas: Discrete Event Systems, Home and Building

Secondary Areas: Modeling and Simulation, Optimization, Energy and Power, Testing and Quality Control

Primary Areas: Intelligent control theory; Learning-based control; Robust estimation, Multi-agent systems; Networked control and estimation

Secondary Areas: Cyber-physical control systems

Primary Areas:  Heuritic methods, Operations Research, Risk Assessement, Scheduling and Planning, Stochastic Modeling,  Logistics, manufacturing and Network.

Secondary Areas:  Discrete Event Systems, Optimization, Environnement, Industry 4.0 and Mobility.

Primary Areas: Artificial intelligence, Traveling salesman problems, Robots, Neural network applications, Distributed algorithms

Primary Areas: Sensing and analytics for smart systems;

Secondary Areas: Data mining and machine learning for manufacturing and service applications

Primary Areas: Sustainable Production Automation; Energy Efficient Manufacturing; Remanufacturing

Secondary Areas: Intelligent Manufacturing; Production Planning and Control; Scheduling

Primary areas: machine learning/ pattern recognition, Big Data, complex network analysis, Petri nets applications, discrete event systems, building structure modeling and control
Secondary areas: manufacturing system, smart cities, Workflow management systems, precision agriculture

Primary Methodologies: 9, 10

Applications: A, F, G, H

Primary Areas: Intelligent Manufacturing, Engineering Informatics, Advanced Data Analytics, Design Automation, AI and Machine Learning

Secondary Areas: Human Computer Interaction, Information Retrieval, Information and Knowledge Management

Primary Areas: Nonlinear adaptive control, neural network learning, compliant actuation, human-robot interaction control, robotic rehabilitation

Secondary Areas: Neuro-fuzzy control, sliding-mode control, mechanical system control, system modeling and identification

Primary Areas: Statistical machine learning, Statistical Process control, Data Science

Secondary Areas: Manufacturing, Active learning, Adaptive sampling

Primary Areas: Energy and power; environment; home and building; logistics; networks; smart grid; energy management; electric vehicles; building management systems; waste management; water management; home automation; optimization; control theory; modelling and simulation; scheduling and planning; distributed control and optimization; optimal control; intelligent control

Secondary Areas: Transportation management; supply chain and production optimization; risk management;  smart agriculture; safety and cybersecurity;  Industry 4.0; Infrastructures;  manufacturing;  discrete event systems

Primary Areas: simulation optimization, supply chain, healthcare management
Secondary Areas: energy management

Primary areas: Visual Servoing, Soft Robot, Surgical Robot, Medical Robot, Robot Control, V-SLAM, SLAM
Secondary areas: Computer Vision, Service Robot, Mobile Robot, Perception, Reinforcement Learning, Manipulator, Multi Robots, Deep Learning

Primary Areas:  Digital Twins, Modeling and Simulation, System Analysis and Design, Industry 4.0

Secondary Areas: Artificial Intelligence and Machine Learning, Data Science, Manufacturing, Autonomous Systems

Primary Areas: Exoskeleton Robot, Wearable robot 

Secondary Areas:  Microrobots

Primary Areas: Reliability Analysis and Maintenance Optimization

Secondary Areas: Decision Making under Uncertainty

Primary Areas: System Analysis and Design, Micro and Nanotechnology, Robotics, Mechatronics

Secondary Areas: Modeling and Simulation, Human-Centered Automation, Manufacturing, Life science

Primary Areas: Control Theory, System Analysis and Design, Robotics, Micro and Nanotechnology, Healthcare

Secondary Areas: Visual servoing

Primary Areas:Robot skill learning; Robot manipulation and grasping; Robot control design; Physical human robot interaction; Robot haptics; Collaborative automation; Teleoperation; Shared control;

Secondary Areas: Robot vision; Visual servoing control; Mobile robot navigation; SLAM; Multi-robot formation; Rehabilitation robot;

Start Date- 1 July 2020

End Date- 30 June 2023

Primary Areas: robotics, rehabilitation robotics, bio-inspired robotics, surgical robotics, mobile manipulators

Secondary Areas: robot control, human robot interaction, machine learning, tactile sensing, robotic grasping and manipulation

Primary Areas: Fault diagnosis, prognosis, estimation and prediction; intelligent control, robotics

Secondary Areas: Path planning, industrial control, optimal control, battery

Primary Areas: Manufacturing automation, Additive manufacturing, Condition monitoring and diagnostics, Machine tool and mechatronics

Secondary Areas: Cyber-physical production system, Big data analytics, Pattern recognition and computer vision

Primary Areas: System Informatics, Statistical machine learning, Reliability, Data mining/analytics, Statistical analysis, Quality control, Diagnosis, and Prognosis

Secondary Areas: Manufacturing, Healthcare, Active learning, Adaptive sampling, Statistical process control

Primary Areas:motion control, motion planning, robotics, machine tool, smart manufacturing, iterative learning control, system identification

Secondary Areas: additive manufacturing, mechatronics, optimization

Primary Areas:supply chain management, service operations, simulation optimization

Secondary Areas:planning and scheduling, optimization heuristics

Primary Areas: Artificial Intelligence and Machine Learning (neural networks; iterative learning control, intelligent control, recurrent neural networks, classification, feature extraction), Control Theory (active disturbance rejection control, distributed control, model predictive control, sliding mode control, control engineering); Human-Centered Automation (assistive robotics, human-computer interaction, human-robot interaction, interaction control, collaborative robotics), Mechatronics (actuators and sensors, compliant actuation, force/tactile sensing, piezoelectric devices), Robotics (multi-robot systems, path planning, robotics tactile systems, telerobotics, wearable haptics).

Secondary Areas: Sensing and networks, manufacturing

Primary Areas: Agents, Digital Twins, Industry 4.0, Manufacturing, Mechatronics

Secondary Areas: Smart Agriculture

Primary Areas: Control Theory, Game theory, Heuristic methods, Modeling and Simulation, Numerical Methods, Optimization, Operations Research, Scheduling and Planning, System Identification and Diagnosis

Secondary Areas: Control Theory, Game theory, Heuristic methods, Modeling and Simulation, Numerical Methods, Optimization, Operations Research, Scheduling and Planning, System Identification and Diagnosis, Industry 4.0, Optimization, Production system modeling and control, Manufacturing systems analysis and optimization

Primary Areas: Artificial intelligence and Machine learning, control theory, game theory, heuristic methods, modeling and simulation, numerical methods, optimization, operations research, scheduling and planning, system identification and diagnosis

Secondary Areas: Autonomous Systems, Industry 4.0, Logistics, Networks, Process Control, Robotics, Safety and Cybersecurity

Primary Areas:System Informatics, Data Analytics, Quality control, Data fusion for System Monitoring, Diagnosis and Prognosis

Secondary Areas:Sensing and Analytics for Manufacturing and Service Applications

Primary Areas:Data Quality, Computation Services, Human-AI Collaboration

Secondary Areas: industrial Internet, Semiconductor Manufacturing, Aerospace Manufacturing, Additive Manufacturing

Primary Areas: Scheduling and Planning, Operations Research, Manufacturing, Semiconductor Manufacturing

Secondary Areas: Aritifical Intelligence and Machine Learning, Optimization, Heuristic Methods, Logistics

Primary Areas: Healthcare management, Healthcare data analytics, Stochastic modeling and optimization

Secondary Areas: Healthcare and Life Sciences

Primary Areas: Manufacturing systems, Scheduling, Algorithm design, Queueing, Optimization

Secondary Areas: Logistics, Smart city, Drone operations, Urban transportation

Primary Areas: Artificial Intelligence and Machine Learning, System Analysis and Design, Human-Centered Automation, Industry 4.0, Robotics

Secondary Areas: Data science, Logistics, Manufacturing

Primary Areas:Statistical learning, quality engineering, manufacturing

Secondary Areas:Healthcare, machine learning, biomedical engineering

Primary Areas:Robot Control, Computer Vision, SLAM, Mobility and Navigation, Deep Learning

Secondary Areas:Service Robot, Mobile Robot, Autonomous Intelligent Systems, Perception, Reinforcement Learning, Manipulator, Medical Imaging

Primary Areas: Optimization, Scheduling and Planning, Logistics, Heuristic Methods, Facility Layout, Bus Scheduling, Timetable Optimization, Production scheduling, Evolutionary Algorithm, Reinforcement Learning

Secondary Areas: Trustworthy Artificial Intelligence, Explainable Artificial Intelligence, Artificial Intelligence and Machine Learning