The trio of Computing, Management, and Telecommunications plays a pivotal role in shaping the contemporary technological landscape. Computing, with its ever‐evolving paradigms, fuels innovation across diverse domains—not only through the development of advanced algorithms and software but also by harnessing artificial intelligence and machine learning to solve complex problems while addressing ethical concerns such as data privacy and algorithmic bias. Management strategies provide the essential organizational framework needed for effective planning, execution, and adaptability, making strategic and project management, as well as organizational behavior, critical to navigating today's rapidly changing business environment. In Telecommunications, next‑generation communication technologies and wireless connectivity are paramount; these not only connect people globally but also form the backbone for emerging applications like the Internet of Things (IoT) and digital transformation initiatives. Overcoming these challenges demands interdisciplinary collaboration, continuous innovation, and a commitment to responsible and sustainable technological advancement.

The 4th International Conference on Computing, Management and Telecommunications (ComManTel) invites researchers, practitioners, and academicians to share cutting‐edge research and innovative practices. ComManTel provides a global platform for exchanging insights, fostering collaboration, and addressing both the opportunities and challenges in these dynamic domains.

Prospective authors are invited to submit original technical papers—up to 6 pages of length, using the EDAS link:

Topics include (but are not limited to):

1. Computing Technologies
   • Parallel and distributed computing
   • High-performance computing
   • Grid computing
   • Cloud computing
   • Green computing and sustainable IT
   • Ubiquitous computing and IoT devices
   • Peer-to-peer and cluster computing
   • Software and knowledge engineering
   • Artificial intelligence, machine learning, and generative AI
   • Knowledge discovery and data mining
   • Operating systems
   • Educational technology and e-learning applications
   • Mobile development applications
   • Computing in education and health
   • Pervasive and wearable computing
   • Web-based computing and services
   • Wireless and mobile computing
   • Multimedia computing applications and architectures
   • Cybersecurity and trust in computing
   • Leadership in technology infrastructure
2. Information Technology Management
   • Information management and data governance
   • Innovation and technology management
   • Knowledge management
   • Project and agile management
   • Policy management and digital transformation
   • Engineering management and applications
   • Theories and methodologies of enterprise management
   • Systems engineering and operational research
   • E-business and E-government
   • Business intelligence and web services
   • Logistics and supply chain management
   • Ethics in technology management
   • Resource and sustainability management
3. Telecommunications Systems and Networks
   • Cooperative communications
   • Cognitive radio and dynamic spectrum access
   • Modulation, coding, and diversity techniques
   • Signal detection and parameter estimation
   • Signal, image, and video processing
   • Decoding and encoding techniques
   • Multi-carrier systems, including OFDM
   • Multiple-input multiple-output (MIMO) techniques
   • Network security and cybersecurity in telecommunications
   • Ultra-wideband and spread spectrum communications
   • Cellular systems: 3G/4G/5G and beyond
   • LTE, WMAN, and emerging broadband wireless networks
   • Body-based wireless networks
   • Wireless networks for underwater and UAV communications
   • Delay tolerant wireless networks
   • Routing and multicasting protocols
   • Software-defined networking (SDN)
   • Internet of Things (IoT)
   • Wireless ad hoc, mesh, and sensor networks
   • Peer-to-peer wireless networks, mobile IP, and Wireless Internet
   • Performance analysis and QoS provisioning
   • Network planning, capacity analysis, and topology control
   • Pricing and billing modeling and solutions
   • Network measurement, validation, and verification schemes
   • Testbeds and deployment strategies
   • Wireless multimedia networks
   • Standardization of emerging technologies
   • Medium access techniques and protocols
   • Optical networks and Next Generation Internet
   • Security issues in telecommunications systems and networks
4. Systems Engineering and Applications
   • Devices, circuits, and systems
   • Control and robotics
   • Power electronics and energy systems
   • Signal and multimedia processing
   • Biomedical and biotechnology engineering systems
   • Computers, software, and applications
   • Advances in aerospace technology
   • Advanced manufacturing and smart production
   • Dynamics, vibration, and control systems
   • Fluids engineering systems and technologies
   • Heat transfer and thermal engineering
   • Mechanics of solids, structures, and fluids
   • Micro- and nano-systems engineering and packaging
   • Digital teaching tools and game-based learning
   • Economic growth and sustainability in technology
   • Technological change and environmental impact
   • Environmental and social impact assessment
   • Air and water pollution management and control
   • Advanced chemical engineering thermodynamics
   • Enzyme and fermentation engineering
   • Ionic liquids and nanomaterial synthesis
   • Bridge engineering and cartography
   • Computational mechanics and construction technology
   • Monitoring and control of structures
   • Safety management in engineering systems