Track 1

Intelligent and Secure Mobile & Wireless Networks

• Indoor and Outdoor Mobility

• Extended Satellite Services

• Mobile Sensing and Optimizations

• Wearable-based Motion Sensing and Measurement

• Wearable body-to-body Networks

• Emerging Sensing Methods

• Automatic Personal Fitness Assistance

• Cooperative and Cognitive Vehicular Networks

• Software Defined Networks (SDN) Based Mobility Management

• Energy Harvesting

• Large-scale Array of Dense Distributed Antennas

• 3GPP LTE Enhancements and 5G

• Resource Allocation in Dense 5G Deployments

• Network Slicing Models

• 5G/6G Network Slicing

• 6G, 7G and 8G Network and High-speed Internet

• 5G, 6G Spectrum Allocation and Management

• Performance Evaluation, Simulation and Modeling of Wireless Networks and Systems

• Security in Wireless and Mobile Environment

• Convergence and Social Mobility

• Advancements in AI and ML in Wireless Networks

• Data Encryption and Authentication

• Next Generation Wireless Personal Communication

• Adhoc and Wireless Sensor Networks

• Future of Smart Antennas

Track 2

VLSI & Embedded Systems, IoT and Computational Intelligence Systems

• Analog and Mixed Signal VLSI Design

• Computer Aided Design (CAD) for VLSI

• Advances in Low Power VLSI Design

• AI and ML Hardware

• Fault-Tolerance Systems

• Biomedical and Neuromorphic Circuits

• RF IC Design

• Hardware Design for IP Protection and Security

• Embedded Processors & SoC Architectures

• Hardware and Software Co-design

• Embedded Real-Time Operating Systems and their Usage

• Wearable Computing Systems

• Reconfigurable Computing

• IoT Architectures and Protocols

• Sensors and Actuators for IoT

• IoT Edge, Fog and Cloud Computing

• Network on Chip (NoC) Architecture

• Security and Privacy in Traditional IoT and Edge Native Systems

• Traditional IoT Systems

• Industrial & Medical IoT

• AI & ML for Emerging Embedded & IoT Systems

• Embedded Vision

• Power Management in Embedded Systems

• Embedded Robots

Track 3

Smart City for Sustainable Development

• Technologies for clean water and its conservation

• Disposal and reuse of bio-degradable and non-biodegradable waste

• Avoiding harmful radiations to conserve flora and fauna

• Technologies for clean lakes, tanks and ground water improvement

• Intelligent Transportation Systems

• Smart Technologies for reducing air, water, land and sound pollution

• Improving Quality of Life of Inhabitants including Stress Management

• Green and Sustainable Solutions for Smart Cities and Corridors

• Use of Technology for Societal Interactions

Track 4

Image/Video/Multimedia Signal Processing

• Applied Signal Processing Systems

• Audio and Acoustic Signal Processing

• Bio-imaging and Signal Processing

• Computational Imaging

• Image, Video and Multidimensional Signal Processing

• Information Forensics and Security

• Machine Learning for Signal Processing

• Sensor Array and Multichannel

• Signal Processing for Communication and Networking

• Signal Processing Theory and Methods

• Speech and Language Processing

Track 5

Optical Communication Networks and RF/Microwave Devices

• Frequency-selective Surfaces

• Electromagnetic Bandgap Materials

• Fiber Optic Sensing, Instrumentation and Applications

• MIMO Antennas

• Active Antennas

• Reconfigurable Antennas

• 3D Printed Antennas and Structures

• Ferroelectric, Ferrite and Acoustic Wave Components

• Passive Components (Filters, Couplers, Transitions, etc)

• Microwave Photonics

• Novel Waveguides

• Metasurface Based Antenna

• Antennas and Antenna Array

• Microwave Circuits, Devices and Microwave Applications

• Computational Electromagnetics

• Optical Fiber Technology

• Optical Devices, Sensors and Optical Signal Processing

• Optical Wireless Techniques

• Photonic Applications

• Augmented and Virtual Reality in Communication

Track 6

MEMS & Nano Technology

• Micro-actuators, Micro-sensors and Micro-mechanisms

• Compliant Mechanisms and Actuators

• Microscale Power Generation

• Miniaturized Energy Harvesting

• Miniature Manufacturing Machines

• Mechatronics and Control Issues in Micromachines

• Smart Circuits for Micromachines

• Micromechanical Devices and Robotics for Life Science

• Biomechatronics at Small Scale

• Microscale Flight and Swimming

• Mechanic Diagnostic of Diseases

• Micro-Opto-Mechanical Devices

• 3D and 4D Printings and Microfabrication Techniques for Micro-actuators and Micro-mechanisms

• Smart Materials, Meta Materials, Lead-free Materials for Microsystems

• Micromechanics and Nonlinear Coupling in MEMS Oscillators

• Computation and Theoretical Methods in Microsystem Designs

Track 7

Applications for DERs / EVs Integrated to Grid

• AI and ML Towards Sustainable Solar Energy

• AI and Intermittency Management of Renewable Energy

• AI Impact on Energy and Utilities

• AI and IoT in Improving Resilience of Smart Energy Infrastructure

• ML-based Hybrid Demand-side Controller for Renewable Energy Management

• ML-based Robust and Reliable Design on PCMs-PV Systems with Multilevel Scenario Unicertainty

• ML Enabling Techniques for Reducing Energy Consumption of IoT Devices

• Grids of Microgrids

• Building-to-Grid Convergence

• Intelligent Computing for Smart Grid Applications

Track 8

Soft Computing Techniques in Power Systems

• Renewable Energy Informatics Based on SCADA

• Intelligent Condition Monitoring for Solar and Wind Energy Systems

• Artificial Intelligence Methods for Hybrid Energy System

• Real-time Decision Making for Renewable System

• Energy Intelligence - The Smart Grid Perspective

• Role of Artificial Intelligence in Renewable Energy

• Applications of Big Data, cloud Computing and Blockchain for Renewable Energy Optimization

• Agent-based Peer-to-peer Energy Trading with Cost-benefits Business Models

• IoT and Sustainable Energy System: Risk and Opportunity

• Intelligent Computing for Smart Grid Applications

Track 9

Power Electronics and Energy Efficient Devices

• Energy Storage Technologies and Their Parameter Optimization

• Application of AI to Power Electronics and Drive Systems

• Electrical Vehicles & Smart Grid

• Power Electronic Systems and Energy Efficient Drives

• Communication Protocols and Systems Used in Electric Transportation and Smart Grids

• Modeling, Simulation and Control of EV Systems

• Wired and Wireless Charging Systems

• Charging Infrastructure, Standards and Guidelines

• Machine Learning and IoT Applicable to Sustainable Energy and Electric Transportation

• New Battery Technologies

• Modeling of Power Converters in Electric Vehicles

• Energy Efficiency and Optimal Control Technologies of Electric Vehicles