T-ASE Editorial Board

Primary areas: Human-Centered Automation, Assembly Modeling, Manufacturing, Grasping, Fixturing, Feeding.
Secondary areas: Theoretical Methods, Algorithmic Foundations, Machine Tools, Numerical Optimization.

http://ihome.ust.hk/~mywang • http://ri.ust.hk/

Primary areas: Industry 4.0, e-Manufacturing, Intelligent Manufacturing, Virtual Metrology
Secondary areas: Manufacturing Automation, Control Applications, Predictive Maintenance

Primary areas: Discrete event systems, Petri net and Colored Petri nets; Control and modeling of automated manufacturing systems; Control and modeling of computer integrated systems: Automatic guided vehicle systems, automated storage and retrieval systems, railway networks, urban traffic signals, Supply chain modeling and management.
Secondary areas: Hybrid Systems, Fuzzy sets and Fuzzy Petri nets, Workflow nets, Structural properties of linear systems.

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

Primary Areas: Micro-Nano Robotics and Automation
Secondary Areas: Human-Machine Interfaces

Primary areas: Discrete Event Systems, Supervisory Control, Resource Allocation Systems and Deadlock Avoidance, Markov Decision Processes, Dynamic Programming and Approximate Dynamic Programming, Performance Evaluation and Scheduling, (Reinforcement) Learning.
Secondary areas: Logistics, Materials/Parts Handling, Mobility and Navagation, Theoretical Foundations, Manufacturing, Semiconductors, Transportation.

Primary Areas: Assembly modeling, Additive manufacturing, CAD/CAM/CIM, Manufacturing systems, Supply chains, Data-driven manufacturing, IoT systems, Numerical optimization

Secondary Areas: Geometric algorithms, Image processing, Planning and scheduling, Transportation systems, Disassembly and remanufacturing, Energy and the environment

Primary areas: Optimization, simulation, planning and scheduling, supply chain management.

Primary areas: Material/Parts Handling, Micro and nano Scales, Healthcare and Life Sciences.
Secondary areas: Micromanipulation, end effector, force sensing, microassembling, computer vision, automation at micro-nanometer scales, micro devices, MEMS, microfluidics, biomedical engineering.

Primary areas: Human centered automation, Sensing and Networks, Manufaturing, Safety, Security, Rescue, Energy and the Environment.
Secondary areas: Model driven engineering for open loop control with UML, SysML, Agent oriented automation, Distributed automation, Networked automation systems

Primary areas: Human-Centered Automation, Robotics, Building Automation, Assistive Technology 
Secondary areas: Distributed network automation systems

Primary areas: Continuum Robots, Medical Robotics, Mechanisms.
Secondary areas: Optimization, Human-Robot Interaction.

Primary areas: Transportation; Mobility and Navigation; Energy and Environment; Semiconductors; Space; Human-Centered Automation.
Secondary areas: Hybrid Electric Vehicles; Fuel Economy; Renewable Energy; Nonlinear Control Systems and Dynamics; Wireless Power Transfer; Fractional Order Dynamics; Sliding Mode Control; Adaptive Control; Battery Management Systems; Autonomous Vehicles.

Primary areas: Time Series Classification, Discrete Event Systems, Petri Nets, Data Science, Process Mining, Educational Data Mining, Healthcare Automation and Management.
Secondary areas: Home and Building Automation, Manufacturing Automation, Logistics Systems.

Primary areas: System identification and adaptive control, Cooperative mechatronic systems and sensor networks, Intelligent vehicle systems.

Primary areas: Mobility and Navigation, Sensing and Networks, Transportation, Space, Multi-Robot Systems, Control of Network Systems.
Secondary areas: Cooperative Control, Hybrid Systems, Cyber-Physical Systems

Primary areas: Physical Internet (Internet of Things), Supply Chain and Logistics Engineering, Cyber-Physical Systems, Real-Time Decision Supports, Industrial and Logistics Parks.

Primary areas: Motion control, estimation, stochastic systems, robotic manipulation, power assistive devices, sensors and sensing systems.
Secondary areas: Transportation, optimal control, mechanics, friction.

Primary areas: Dynamic systems and control, Theoretical Foundations, Microrobotic, Formal Methods, Hybrid systems.
Secondary areas: Heathcare and Life Sciences, stochastic systems modeling and control.

Primary areas: Micromanipulation, Micro and Nano Robotics, Compliant Mechanisms, Intelligent Control.
Secondary areas: Automation at micro-nanometer scales, micro devices, MEMS, Parallel Robot, Mobile Robot, Service Robot, Industrial Robot.

Primary areas: Human-Centered Automation, Mobility and Navigation, Sensing and Networks Manufacturing, Healthcare and Life Sciences, Transportation, Mining and Demining. 
Secondary areas: Robotics, motion planning and control, grasping, control systems.

Primary areas: Field robotics, physical human-robot interaction, infrastructure robotics, assistive robotics, robot teams, design methodology.

Primary areas: Performance metrics, evaluation, and benchmarking; robotic assembly; manufacturing robotics.
Secondary areas: Emergency response robotics.

Primary areas: Dynamic Systems and Control, Advanced Manufacturing Control, Smart Building Automation, Precision Motion Control, Iterative Learning Control.
Secondary areas: Vision-based Control, Mechatronics, Unmanned Aerial Vehicles, Sensors and Sensing Mechanisms, Semiconductor Manufacturing.

Primary areas: Sensing and Networks, Mobility and Navigation, Home and Building Automation.
Secondary areas: Wireless communications, Computational Mechanics.

Primary areas: Human-Centered Automation, Multi-Robot Teams, Healthcare and Assistive Robotics, Rescue Robotics, Human-Robot Interaction.
Secondary areas: Perception, Sensing, Exploration, Robot Decision Making

Primary areas: Electromagnetics, Antenna, RFID, Sensors, Biomedical applications, Implantable devices, wearable and epidermal electronics, Internet of Things, Industrial Internet of Things .

Primary areas: Autonomous Systems, Formal Methods.
Secondary areas: Controls, Security.

Primary areas: Human-Centered Automation, Medical Robotics, Navigation, Sensing and Networks, Mechanisms, Healthcare and Life Sciences.
Secondary areas: Mechatronics, Robotic Control, Motion Planning.

Primary areas: Home automation, Wearable computing, Mobile robotics, Human-robot interaction.
Secondary areas: Sensor networks, Intelligent transportation system, Motion planning, Computer aided manufacturing, Machine learning.

Primary areas: Micro and Nano Scales; biomedical engineering; Healthcare and Life Sciences; Robotics; Mobility and Navigation; High-throughput preparation and characterization.
Secondary areas: Manufacturing; Safety, Security, Rescue.

Primary areas: Micro and Nano Scales, Micro-/Nano-Manipulation, Semiconductor Manufacturing, Sensing and Networks, Smart Skin, Wireless Sensors.
Secondary areas: Machine Learning, Computational Intelligence, Computer Invision, Visual Measurement, Visual Control.

Primary areas: Manufacturing, Quality Control, Data Analytics, System Monitoring, Diagnosis and Prognosis, Maintenance Decision Making.
Secondary areas: Sensing and Networks, Theoretical Foundations, Healthcare and Life Sciences.

Primary areas: Simulation Optimization, Discrete Event Simulation, Stochastic Systems, Applied Probability and Statistics
Secondary areas: Applications in Manufacturing, Health care and Energy Management

Primary Areas: Industrial Robotics, Robotic Control, Discrete event systems, Supervisory Control, Petri nets
Secondary Areas: Robotics, Automatic Control, Industrial Automation

Primary Areas:  Logistics, planning and scheduling, Supply Chain, Operational Research, combinational optimization, Multiobjective optimization
Secondary Areas:  Discrete event systems, Petri net, Transportation, Energy and Environment

Primary area: Micro-Nano Robotics and Automation, manipulation assembly sensing and characterization at micro and nano scales, hybrid force position control
Secondary area: Micro-devices, compliant mechanisms, MEMS, piezoelectric actuators, robot calibration

Primary areas: Distributed intelligent systems, Distributed control, Distributed optimization, Multi-robot coordination, Cloud robotics, Swarm intelligence, Visual servo control, Autonomous systems
Secondary areas: Energy management and optimization, Fault diagnostics, Home and building automation

Primary areas:  Manipulation and Grasping, Sensor Fusion, Vision, Haptics
Secondary areas: Reinforcement Learning, Perception, Robotics, Machine Learning, Mobile Robots

Primary areas: System Informatics, Data Analytics, Quality control, Data fusion for System Monitoring, Diagnosis, Prognosis, and Maintenance
Secondary areas: Manufacturing, Healthcare, Sensor Networks, Statistical learning and Data Mining, Statistical Process control

Primary areas: Material/Parts Handling, Mechanisms, Micro and Nano Scales, Healthcare and Life Sciences, Semiconductors, Safety, Security, Rescue
Secondary areas:Micro and Nanomanipulation, Micro and Nano Robotics, Automation at Micro and Nano Scales, MEMS, End-Effector, Force Sensing and Control, Microfluidics

Primary areas: Smart Manufacturing, Cyber-Physical Systems, Manufacturing Informatics, Additive Manufacturing, and System Integration
Secondary areas: Energy Automation, Building Control and Multi-agent Systems

Primary areas: Discrete-event systems, Multi-agent systems, Cyber-physical systems, Energy storage systems, Petri nets, Automata, Finite state machines
Secondary areas: Supervisory control, Optimization, System modeling, Fault diagnosis, Scheduling, Industrial data analytics, Healthcare, Oil&Gas, Smart Grid, Renewable, Electric vehicles

Primary areas: System Identification, Robotics, Stochastic Systems, Control Systems, Robust Control, Adaptive Control, Optimal Control, Predictive Control, Neural Networks, Fuzzy Logic
Secondary areas: Mechatronics, Artificial Intelligence, PLCs, Modelling and Simulations

Primary areas: Dynamic Systems and Control, Fractional Order Dynamics, Soft Computing, Multi-objective Optimization, Evolutionary Algorithms.
Secondary areas: Structural Control, Modelling and Simulation, Energy Management and Optimization, System Identification, Robust Control.

Primary area: Optimal Control, Adaptive Dynamic Programming, Intelligent control, Neural Network-Based Control
Secondary area: Computational Intelligence, Neural Network-Based Learning Systems, Smart Grid

Primary areas: Motion control, Manufacturing, Machine vision, Robotics, Vibration control
Secondary areas: Human-robot interaction, Home automation, Fault detection and diagnose

Primary areas: Fault Diagnosis and Prognosis, Fault Tolerant Control, System Identification, Machine Learning, Data Mining, Process Control, Condition Monitoring, Tracking Control, Optimal Control, Sliding Mode Control, Safety, Security, Rescue, Quality Control, Computational Intelligence
Secondary areas: Manufacturing, Robotic Manipulation, Sensing and Networks,Cyber-Physical Systems, Nonlinear Systems, UAV

Primary Areas: Combinatorial Optimization, Deadlock Avoidance, Heuristics, Integer Linear Programming, Petri Nets, Scheduling
Secondary Areas: Discrete Event Systems, Healthcare Systems, Logistics, Multiobjective Optimization

Primary Areas: Human-Centered Automation, Logistics, Material/Parts Handling
Applications: Manufacturing, Safety, Security, Rescue, Transportation, Energy and the Environment

Primary Areas: Automation, Robotics, Cyber-physical Systems, Mechatronics, Predictive Maintenance
Secondary Areas: Industrial Research, Academic Education.

Primary Areas: Robotic manipulation, Multi-fingered hand grasping, Robotic assembly, Industrial manipulator, Humanoid robots
Secondary Areas: Motion planning, Biped gait, Optimization

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: Model driven Engineering in Automation. Multi-Agent Systems in Automation. Flexible Automation Systems.

Primary Areas: scheduling, production planning, simulation, semiconductor manufacturing.
Secondary Areas: Information systems for manufacturing and logistics, service-oriented  computing, multi-agent systems.

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

Primary Areas: Robotics, Assistive/Wearable Robotics, Wearable Devices, Mechanism, Healthcare and Life Sciences, Mechatronics, Human-robot interaction