ICUMT 2022

Important Dates

Deadline for Workshop Proposal June 18, 2022

Deadline for Full Paper Submission (HARD) July 31, 2022

Notification of Paper Acceptance August 21, 2022

Authors' Early Registration September 2, 2022

Final Paper Submission September 9, 2022

Authors' Late Registration September 16, 2022

Aims and Scope

The aim of ICUMT is to bring together international players in telecommunications, robotics and control systems. The congress consists of two open call tracks, technical workshops, tutorials and industrial exhibitions. Prospective authors are invited to submit papers including technical novelties and tutorial overviews in the areas including but not limited to:

July 26, 2022: Due to numerous requests the Full Paper Submission deadline has been extended until July 31, 2022 (HARD). To upload your papes, please use the EDAS system.

July 12, 2022: The Full Paper Submission deadline has been extended until July 24, 2022. To upload your papes, please use the EDAS system.

June 3, 2022: The ICUMT 2022 paper submission system EDAS is now open!

Next Generation Wireless Systems and Services

3GPP Long-Term Evolution (LTE) and High Speed Uplink Packet Access (HSUPA)

IMS and IMS-based services

Femto Cells

Mobility, handoff protocols and management

Device-to-device communications

Next generation 802.11 and 802.15 including mesh, PAN, BAN, etc.

Ultra-wideband communications (UWB)

Underwater communications

Energy-efficient networking, circuits, devices and transmission technologies

Energy efficiency of data centers and intelligent cloud computing

Cross-layer optimizations to minimize energy consumption on a network scale

Cognitive, cooperative and reconfigurable networks

Protocols and protocol extensions for energy efficient networks

Network load balance and smart information storage

Remote power management for wireless terminals and access networks

Hierarchical and distributed techniques for energy managemen

Harvesting distributed energy generation

Smart Grid

Information theory on energy efficiency

Energy evaluation and comparison of different network technologies

Novel network concepts and architectures lowering the overall footprint of ICT

Estimation and evaluation of the worldwide footprint of ICT

Regulation and standardization

Deployment, trial experience, business models and applications

Cognitive Radio Networks and Systems

Spectrum sensing and spectrum management

Dynamic spectrum access

Cooperation and Game-Theoretical Protocols for Cognitive Radios

Software defined radio

Cross-Layer Protocol Design

Regulations and standards

Cooperative communications and networking

Multi-Carrier Systems & Solutions

MIMO and multi-antenna communications

Multi-carrier access schemes such as OFDMA, MC-CDMA, DFTS-OFDM, IFDMA, OFDM-IDMA


Coding for noisy channels and erasure channels

Source coding and data compression

Joint source-channel coding

Network coding and coding for multi-terminal systems

Cooperation, competition and cognition in wireless networks

Interoperability in IoT

Security and privacy issues in IoT

Industrial IoT

System architectures

Security in broadcast and multicast communications

Internet broadcasting

Mobile broadcasting and mobile TV

Emerging standards, e.g., DVB-S2, DVB-RCS, DVB-H, DVB-T, MediaFLO services and applications

RFID and Sensor Network Technologies

Architecture and platforms

Distributed and pervasive services

Personal and body networks, wearable computing

Semantic analysis

Business models

Digital Home Network Technologies

Vehicle-to-vehicle, vehicle-to-roadside communications

Intra-vehicle communications

Vehicle-to-Internet communications

Mobility and vehicular traffic models

Information collection and dissemination

Analytical and simulation techniques

Experimental systems and field operational testing

Safety and non-safety related applications

Recent standardization efforts and problems (e.g. 802.11p)

Overview of the activities and status of the ongoing projects

Deployment strategies and predictions

Advances in theoretical foundations of P2P

Security, trust and reputation in P2P

Performance analysis of P2P systems, applications and services

Quality of experience in P2P systems

Mobile P2P

P2P for sensors

Economic, business models and charging mechanisms in P2P

Legal and regulatory issues

Computational Aspects of Social Network


Network evolution and growth mechanisms

Network geography

Search in network

Security, data protection inside communities

Evaluation and benchmarking

Bio-inspired/Bio-oriented Networks

Body-area networks

Cryptocurrency technologies

Wireless telemedicine and E-health services

Location techniques and location-based services LBS

Broadband Satellite and HAPS (High Altitude Platform Station) Technologies

Information Security Technologies

Web Technologies

Multimedia & Internet Systems, Services and Standards

Mobile Internet, Internet Telephony (VoIP, MoIP) and IPTV

Network Management, Operation and Maintenance

Optical Networking Technologies and Applications

Open Programmable Networks and Active Networks

Communication Network Topology and Planning

User experience and usability studies in ICT

Systems & Software Engineering Aspects

GRID, Distributed Computing Technologies and Services

IT Services Technologies

Adaptive control

Robust control

Process control

Complex systems

Mechatronic systems

Co-operative control

Identification and estimation

Nonlinear systems

Intelligent systems

Hybrid systems

Networked control systems

Neural networks

Fuzzy systems

Genetic algorithms

Evolutionary computation and control

Precision motion control

Control applications

Control engineering education

Robot design, development and control

Human-robots interfaces

Mobile robots and autonomous systems

Human augmentation and shared control

Space and underwater robot

Telerobotics and Teleoperation

Industrial networks and automation

Multi-agent systems

Intelligent warehouses

Modeling, simulation and architectures

Vision, recognition and reconstruction

Virtual Reality

Control and supervision systems

Instrumentation systems

Biomedical instrumentation and applications

Web-based control

Autonomous agents

Petri nets

Manuscript and Presentation Guidelines

Manuscript Template

Authors should prepare a PDF file following the IEEE single-space, two-column format using at least 10 point size type. The paper must be correctly formatted to fit on A4. The paper should not exceed 6 pages including figures, tables & references. Maximum 4 additional pages are allowed. Additional pages will be overcharged. The papers cannot exceed 10 pages, otherwise they will be automatically rejected. The cost of overcharge per page is indicated in the Registration Fees. The paper must be submitted in PDF format via the EDAS System.

Note: The congress organizers reserves the right to not include a paper to the Proceedings if the congress registration fee is not paid or if the paper is not presented on the ICUMT 2020 congress.