International Journal of Telecommunications Emerging Technologies

International Journal of Telecommunications & Emerging Technologies

International Journal of Telecommunications & Emerging Technologies [2455-0345(e)] is a peer-reviewed hybrid open-access journal launched in 2015 that focuses on the key infrastructure of society which is telecommunication. the journal is dedicated that to publish only high-quality papers that can make an immediate impact on society and creates interest among the readers. Journal covers almost all aspects of telecommunication and telecommunication research.

• Telecommunication Networks and Architectures: Fixed and mobile telecommunication networks, access networks, core networks, backbone systems, LAN, MAN, WAN, enterprise networks, network topologies, converged networks, and scalable communication architectures.
• Digital and Analog Communication Systems: Analog and digital transmission, electromagnetic signals, communication channels, modulation and demodulation, multiplexing, coding, signal compression, detection, and receiver technologies.
• Transmission Media and Technologies: Optical fiber, coaxial cable, twisted-pair systems, radio-frequency links, microwave communication, millimeter-wave transmission, wireless media, and hybrid wired-wireless networks.
• Optical Communication and Networks: Fiber-optic communication, WDM/DWDM, optical transport networks, passive optical networks, optical switching, optical access systems, coherent optical transmission, and high-capacity optical links.
• Wireless and Mobile Communication: Cellular communication, Wi-Fi, Bluetooth, mobile broadband, wireless access networks, ad hoc networks, mesh networks, heterogeneous networks, and mobility management.
• 5G, 6G and Beyond Networks: Massive MIMO, millimeter-wave communication, terahertz communication, network slicing, ultra-reliable low-latency communication, integrated sensing and communication, reconfigurable intelligent surfaces, and AI-native future networks.
• Telecommunication System Design and Management: Network planning, capacity planning, infrastructure management, performance engineering, service management, network operations, lifecycle management, and telecommunications management systems.
• Traffic Engineering and Network Optimization: Traffic modelling, queuing systems, congestion control, loss systems, bandwidth allocation, QoS, network planning, routing optimization, load balancing, and resource management.
• Switching and Signaling Systems: Circuit switching, packet switching, softswitching, digital switching, signaling systems, SS7, SIP, call control, in-band and out-of-band signaling, and next-generation signaling architectures.
• Networking Protocols: TCP/IP, routing protocols, DNS, DHCP, SMTP, HTTP/HTTPS, SNMP, transport protocols, application-layer protocols, network management protocols, and protocol optimization.
• Software-Defined Networking: SDN architecture, programmable networks, centralized network control, software-defined WAN, network automation, programmable data planes, and policy-based networking.
• Network Function Virtualization: NFV, virtual network functions, telecom cloud, service chaining, cloud-native network functions, containerized networking, orchestration, and virtualized telecom infrastructure.
• Cloud, Edge and Fog Networking: Mobile edge computing, distributed computing, cloud-assisted telecommunications, fog networking, low-latency services, edge intelligence, and cloud-edge network coordination.
• Internet of Things and Machine Communication: IoT networks, machine-to-machine communication, NB-IoT, LPWAN, sensor connectivity, smart-device communication, industrial IoT, and massive machine-type communication.
• Telematics and Telemetry: Remote data acquisition, telemetry systems, vehicle telematics, GPS/GNSS applications, CAN-based communication, intelligent transportation systems, asset tracking, and remote monitoring.
• Vehicular and Intelligent Transportation Communication: V2V, V2I, V2X, connected vehicles, intelligent transport systems, autonomous-vehicle communication, traffic communication infrastructure, and mobility-aware networking.
• Satellite and Space Communication: Satellite networks, satellite internet, ground stations, inter-satellite links, deep-space communication, satellite navigation, space-based communication, and hybrid terrestrial-satellite networks.
• Network Security and Privacy: Secure communication, TLS, IPsec, VPNs, authentication, access control, intrusion detection, encryption, privacy protection, secure network architecture, and resilient telecommunications.
• Physical-Layer Security: Secure waveform design, channel-based security, anti-jamming, eavesdropping protection, signal authentication, and secure wireless transmission.
• Telecommunication Regulation and Standardization: Spectrum allocation, telecom regulation, net neutrality, 3GPP standards, ITU standards, interoperability, data-protection requirements, standardization frameworks, and telecom policy.
• Spectrum Management and Cognitive Radio: Spectrum sensing, dynamic spectrum access, cognitive radio, spectrum sharing, interference management, frequency allocation, and intelligent spectrum utilization.
• Quality of Service and Quality of Experience: Latency, jitter, packet loss, throughput, service availability, multimedia QoE, network performance, service-level assurance, and user-experience optimization.
• Voice, Video and Multimedia Communication: VoIP, video conferencing, streaming communication, real-time multimedia, compressed video, unified communications, multimedia transport, and interactive communication services.
• Energy-Efficient and Green Telecommunications: Energy-efficient networks, low-power communication, green base stations, sustainable network infrastructure, energy-aware routing, and reduction of network energy consumption.
• Artificial Intelligence in Telecommunications: Machine learning for traffic prediction, routing, resource allocation, anomaly detection, network optimization, fault diagnosis, predictive maintenance, and autonomous network operation.
• Network Automation and Autonomous Networks: Zero-touch provisioning, intent-based networking, self-optimizing networks, self-healing networks, automated configuration, orchestration, and intelligent network operations.
• Network Reliability and Survivability: Fault tolerance, redundancy, protection and restoration, disaster recovery, availability modelling, resilient network design, and service continuity.
• Cyber-Physical and Industrial Communication: Industrial communication networks, SCADA communication, smart-grid communication, factory networking, real-time industrial protocols, and cyber-physical communication systems.
• Healthcare and Biomedical Telecommunications: Telemedicine, remote patient monitoring, wireless body-area networks, healthcare IoT, bioimplantable communication systems, and medical telemetry.
• Smart Cities and Connected Infrastructure: Urban communication networks, smart utilities, intelligent transportation, public-safety communication, connected infrastructure, and city-scale IoT networks.
• Emerging Telecommunication Technologies: Semantic communication, quantum communication, non-terrestrial networks, integrated sensing and communication, digital twins for telecom systems, holographic communication, AI-native 6G, and next-generation network technologies.