Technical Tracks
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Antenna Systems, Propagation, Microwaves, RF Design and High Power EM
- Antennas, arrays, and circuits
- Antennas for space systems, modeling, and design
- Distributed antenna systems
- Energy-efficient antenna systems
- Antenna applications and emerging technologies
- Computational and numerical techniques
- RF and microwave integrated circuits.
- Propagation, scattering, and remote Sensing
- Electromagnetic environment and interference
- Electromagnetics and materials
- Hazards of electromagnetic
- Design methodology for RF and microwave ICs
- Microwave photonics integrated circuits
- Digital RF
- Narrowband and wideband channel characterization and modeling
- Propagation channel measurements, prediction, and simulation
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Communication Technologies
- 5G/6G and beyond communication systems
- Millimeter wave and Terahertz communications
- Multiple-Input Multiple-Output (MIMO) systems and massive MIMO systems
- Wireless Security
- Telecommunication Networks
- Cognitive and software-defined radio
- Machine learning in communication systems
- Ultra-reliable and low-latency communications
- Ultra-wideband communication systems
- Device-to-device and machine-type communications
- Cache-aided communication
- Distributed, edge, and cloud Computing
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IoT, M2M, Sensor Networks, and Ad-Hoc Networking
- Nano ad hoc, sensor, and IoT networks
- Protocols, architectures, and applications for IoT
- IoT, tactile Internet, and social networks
- Connected car, automotive, and intelligent transportation
- Low-power wide area networks and technologies
- Ultra-low power IoT technologies and embedded system architectures
- Distributed storage, data fusion for IoT
- Wearables, body sensor networks, smart portable devices
- Underwater and underground sensor and actuator networks
- Autonomic computing for IoT
- Software-defined networking and cognitive Networking
- Artificial intelligence and machine learning for IoT
- IoT big data mining and analytics
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Communication Software, Machine Learning and AI for Communications
- Network function virtualization
- Service function chaining
- Resource sharing & isolation
- Computer Vision in AI
- Knowledge Representation and Reasoning in AI
- Multi-Agent Systems, Planning and Scheduling, and Uncertainty Modelling in AI
- Software-defined networking
- Virtualization technologies/techniques
- Mobile multi-access edge and fog computing
- Performance, interoperability, and scalability challenges/issues
- Security and privacy issues in virtualized environments
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Radar and Space Systems, Signal Processing, Positioning, Navigation, and Sensing
- Beam-Forming, MIMO, and Exploiting Diversity.
- Tracking, Localization, and Classification.
- Robust Detection and Information Extraction.
- Multi-Sensor Architectures and Systems.
- Electronic Surveillance, Defence and Attack.
- Radar environment and phenomenology.
- Signal Processing.
- Ground to air, Ground to space surveillance.
- Airborne, Naval, and coastal surveillance.
- Multifunction, active/passive RF-EW-CNI systems.
- Networks of sensors.
- ECM / ECCM.
- Remote sensing from airborne or spaceborne systems.
- SAR modes for 2D and interferometric SAR.
- Weather radar.
- the organization, design, development, integration, and operation of complex systems for space.
- navigation, avionics, spacecraft, and aerospace power.
- telemetry, defense, transportation, automated testing, and command and control.
- Small/micro/nanosatellite systems.
- Space robotics.
- Space communication and onboard hardware design.
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Green Communications and Power Management and Control
- Renewable energy and distributed Generation.
- Condition monitoring in smart grid.
- Control and Automation in Smart Grid.
- Electric Vehicle and smart grid integration.
- Smart building and IoT.
- Demand response in smart grid.
- Smart Grids technologies.
- Smart Grids Transmission Infrastructure.
- Smart Grids management and control.
- Software for Smart Grids.
- Advanced IT energy-aware technologies.
- Challenges in Smart Grids and IT-energy aware technologies.
- Trends in energy fields.
- Power System Management Technologies.
- Power System Monitoring and Mitigation.
- Integrated Substation Automation Technologies.
- Monitoring and Fault Diagnosis System.
- Control Strategies for Modern Power System Stability.
- Power System Analysis and Optimization.
- Renewable Energy and Applications.
SUBMISSION INFORMATION
All papers, 2 to 6 pages, will go through a pear review process. Accepted papers must meet the IEEE Xplore’s quality requirements for inclusion by IEEE Xplore.
All correspondence, including inquiries concerning papers, the technical program, and copyright forms, should be addressed to the ITC-Egypt'2023
technical support team.
All submitted papers must describe original work and be within the scope of the conference. Papers for technical tracks should be submitted via EDAS
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