Journal of Telecommunication, Switching Systems and Networks

Journal of Telecommunication, Switching Systems and Networks

Journal of Telecommunication, Switching Systems, and Networks [2454-6372(e)] is a peer-reviewed hybrid open-access journal launched in 2014 focused on the rapid publication of fundamental research papers on all areas of Telecommunication, switching systems, and Networks.

• Telecommunication Systems: Analog and digital telecommunication, communication-system architecture, voice and data communication, telephony, signaling, switching, transmission, multiplexing, and service integration.
• Switching Systems: Circuit switching, packet switching, message switching, time-division switching, space-division switching, hybrid switching, electronic switching systems, switching fabrics, and high-capacity switching architectures.
• Digital Switching: Digital switching networks, time-slot interchange, space switches, time-space-time structures, stored-program control, digital exchanges, and switching-system optimization.
• Packet and Cell Switching: Packet-switched networks, ATM concepts, virtual circuits, packet scheduling, buffering, queue management, packet forwarding, and high-speed packet-switch architectures.
• Optical Switching Systems: Optical circuit switching, optical packet switching, wavelength switching, reconfigurable optical add-drop multiplexers, photonic switching fabrics, and all-optical network switching.
• Fiber-Optic Communication Systems: Optical fiber transmission, wireless optical communication, optical relays, atmospheric turbulence, scintillation, optical amplification, nonlinear effects, BER analysis, and high-capacity fiber links.
• Optical Networks: WDM, DWDM, optical transport networks, wavelength routing, optical access networks, passive optical networks, optical backbone systems, and software-defined optical networking.
• Wireless and Mobile Networks: Cellular networks, mobile communication, wireless access systems, Wi-Fi, ad hoc networks, mesh networks, heterogeneous networks, mobility management, and wireless network optimization.
• 5G, 6G and Beyond Networks: Massive MIMO, network slicing, ultra-reliable low-latency communication, mmWave and terahertz networking, reconfigurable intelligent surfaces, AI-native networks, and future mobile architectures.
• Voice and Data Integration: Voice over IP, IP telephony, multimedia communication, unified communication, streaming media, IPTV, converged voice-data networks, and quality-of-service management.
• Integrated Services Networks: Integrated digital communication, ISDN concepts, broadband integrated services, digital transmission, service convergence, multimedia service delivery, and end-to-end service integration.
• Transmission Systems: Digital transmission, optical transmission, wireless transmission, microwave links, repeaters, regeneration, multiplexing, coding, synchronization, line transmission, and communication-link design.
• Signaling Systems: Common-channel signaling, SS7 concepts, signaling protocols, call-control signaling, network signaling, SIP, session establishment, signaling reliability, and signaling-security mechanisms.
• Telephone and Exchange Systems: Public switched telephone networks, private branch exchanges, digital exchanges, numbering plans, call routing, telephony services, softswitches, and next-generation telephony.
• Network Architecture and Design: Core networks, access networks, backbone networks, enterprise networks, hierarchical architectures, network topology, scalability, reliability, redundancy, and resilient network design.
• Wide Area Networks: WAN architectures, carrier networks, backbone networking, long-distance connectivity, wide-area optimization, software-defined WAN, caching, traffic distribution, and large-scale service-oriented networks.
• Metropolitan Area Networks: Metro Ethernet, metropolitan optical networks, urban broadband systems, carrier Ethernet, aggregation networks, access-backbone integration, and city-scale communication networks.
• Local and Access Networks: LANs, Ethernet, broadband access, fiber access, wireless access, last-mile communication, home networks, enterprise access, and converged access systems.
• Traffic Engineering: Traffic modelling, traffic prediction, congestion control, routing optimization, load balancing, segment routing, resource allocation, bandwidth engineering, and QoS-aware networking.
• Quality of Service and Quality of Experience: QoS architectures, latency, jitter, throughput, packet loss, service-level management, traffic prioritization, multimedia QoE, and performance optimization.
• Routing and Switching Protocols: Routing algorithms, shortest-path routing, multipath routing, segment routing, switching protocols, adaptive routing, policy-based routing, and intelligent route computation.
• Software-Defined Networking: SDN architecture, programmable control planes, OpenFlow, centralized network control, SD-WAN, traffic engineering, policy automation, and programmable network infrastructure.
• Network Function Virtualization: Virtual network functions, virtualized network infrastructure, service chaining, cloud-native networking, containerized network functions, network orchestration, and telecom cloud systems.
• Cloud and Edge Networking: Edge computing, mobile edge computing, cloud networking, fog networking, distributed communication systems, low-latency networking, and edge-cloud coordination.
• Internet of Things Networks: IoT communication, LPWAN, NB-IoT, LoRaWAN, machine-to-machine communication, sensor connectivity, smart-city networking, and industrial IoT networks.
• Low-Power Wide-Area Networks: LPWA architectures, low-rate IoT communication, energy-efficient networking, long-range communication, massive-device connectivity, and low-power network protocols.
• Network-on-Chip: On-chip communication, switching fabrics, wormhole routing, NoC architectures, QoS-aware NoCs, multicore communication, routing algorithms, and chip-level networking.
• Network Security: Secure switching and routing, network intrusion detection, authentication, access control, communication privacy, DDoS protection, signaling security, and resilient telecommunications.
• Cyber-Physical and Industrial Networks: Industrial Ethernet, TSN, SCADA communication, machine-to-machine networks, smart-grid communication, factory communication, and real-time industrial networking.
• Satellite and Space Networks: Satellite communication networks, inter-satellite links, ground-station networking, satellite internet, delay-tolerant networking, space-based communication, and hybrid satellite-terrestrial systems.
• Vehicular and Transportation Networks: V2V, V2I, V2X communication, connected vehicles, intelligent transportation systems, vehicular ad hoc networks, and mobility-aware network architectures.
• AI and Machine Learning in Networks: Machine learning for routing, traffic prediction, anomaly detection, resource allocation, network optimization, fault diagnosis, congestion management, and autonomous networking.
• Network Automation and Intent-Based Networking: Automated configuration, orchestration, zero-touch provisioning, intent-based networking, self-healing networks, policy automation, and autonomous network operations.
• Network Reliability and Survivability: Fault tolerance, network restoration, protection switching, redundancy, disaster recovery, resilient architectures, availability modelling, and self-healing networks.
• Network Measurement and Performance Analysis: Network monitoring, traffic measurement, packet analysis, performance modelling, benchmarking, telemetry, observability, and service-assurance analytics.
• Emerging Telecommunication and Networking Technologies: Semantic communication, integrated sensing and communication, quantum networking, digital twins for telecom networks, AI-native 6G systems, programmable data planes, and next-generation switching technologies.