Regular Papers

The purpose of the conference is to provide a forum for presentation and discussion of emerging industrial technology. Also, it serves as a conduit for channelling advanced technology to industry. It brings together researchers, from industry and academia, active in industrial technological fields to discuss current developments and future perspectives. Therefore, the topics of this conference include, but are not limited to:

Accepted and presented papers will be published in an IEEE proceedings volume and also will be submitted for the International Publication in IEEExplore

Submission Schedule

Submission of Special Session Proposals:
10 October 2020
Deadline for of Tutorial Proposals:
10 October 2020
Deadline for submission of regular papers:
10 October 2020
Deadline for submission of special session papers:
10 October 2020
Notification of acceptance:
15 December 2020
Deadline for submission of camera ready manuscripts:
30 December 2020
Deadline for autor registration:
30 December 2020

Topics

  1. Control Systems, Robotics and Mechatronics

Advanced control techniques, nonlinear and adaptive control, optimal and robust control, estimation and identification techniques, intelligent control, complex systems control, networked control, industrial control applications (e.g. smart grids, renewable energy systems, automotive, aerospace, shipping, biological systems, biomedical engineering, micro/nano systems), Mechatronics systems, robotics, autonomous mobile robots, telerobotics and teleoperation, humanoid robots, multi‐robot systems, intelligent transportation, distributed collaborative systems, security & safety applications, human‐robot interface, vision‐based robots.

  1. Electrical Machines and Drives

Special machines and actuators, multiphase motors, AC motor drives control and applications, observers and sensorless methods, electrical machine design and modeling, thermal, noise and vibration issues in electrical machines, reliability, testing and diagnostics, fault detection in machines and drives, motion control, special application of machines and drives, HVAC, advanced traction control of electric vehicles and electric trains, electrical drives for ships and for aerospace. Advanced techniques in real and off line simulation of industrial drives power system and electromechanical devices

  1. Power Electronics and Renewable Energy Conversion

Power converters, power electronic devices, SiC Mosfet & SiC JFET technologies, modulation techniques, integrated power electronics, modeling,simulation and control of power electronics, DC‐DC, DC‐AC, AC‐DC conversion, AC/AC matrix converters, multilevel converters, fault tolerant converters, high frequency links, soft switching techniques, active rectifiers, inverters, UPS, energy efficiency and storage, power electronics for smart grid, EMI and EMC issues. Wind, solar, and wave energy converters, nano, pico and micro‐hydro power generators, integrated renewable systems, hybrid electric vehicles, fuel cells, advanced batteries, energy storage devices and systems, offshore underwater converters, electric transportation, energy harvesting.

  1. Power Systems and Smart Grids

Large and small hydro generators, energy transmission and distribution, static VAR and harmonic compensations, FACTs, active and hybrid filtering, power quality devices, power management, modeling, simulation and control of power system, grid interconnection, distributed power generation, diagnostics, smart grid technologies, intelligent control systems, multi‐agent systems, global and constrained optimization, electricity market liberalization.

  1. Sensors, Actuators and Micro‐Nanotechnology

Intelligent sensors, actuators and multi‐sensor fusion, micro‐sensors and micro‐actuators, micro‐nano technology, electronic instrumentation, micro‐electro‐mechanicalsystems(MEMS), RF systems integration, integrated optics and related technologies, polymer electronics, nanotechnology, biomedical engineering, microfluidics, lab‐on‐chip devices and technologies, MOEMS, RF‐MEMS.

  1. Cloud Computing, Big Data and Software Engineering

Cloud computing, big data, data analysis and extraction, computer networking, communication protocols, telecommunication, algorithms, distributed systems, industrial database applications, service oriented architecture, service integration, communication standards, internetworking, mobile communication, information security and trust.

  1. Electronic Systems on Chip and Embedded Control

Real time simulation algorithms, DSP and FPGA technologies, microprocessor and FPGA based control, real time implementation and control, VHDL applications, embedded systems, real‐time distributed embedded systems, technologies for system design, electronic system on chip (SoC), design methodologies and Electronic Design Automation (EDA) tools.

  1. Signal and Image Processing and Computational Intelligence

Computer vision, virtual reality systems, industrial vision, virtual instrumentation, image & sound processing, digitalsignal processing, remote sensing, multimedia applications, neural networks, fuzzy logic, genetic algorithms, industrial applications of intelligent controllers.

  1. Industrial Automation, Communication, Networking and Informatics

Building automation, factory automation and communications, flexible manufacturing systems, industrial vision, autonomous mobile robots, electrical vehicles, intelligent transportation, industrial agents, integrated systems and processes, distributed collaborative systems, human‐machine interfaces, security & safety applications, infrastructures for industrial informatics portable electronics, automation systems for power distribution, industrial applications of internet technologies, multimedia, wired and wireless communications, power line communication.

  1. Industrial Electronics and Education