International Journal of Broadband Cellular Communication

International Journal of Broadband Cellular Communication

International Journal of Broadband Cellular Communication [2455-8532(e)] is a peer-reviewed hybrid open-access journal launched in 2015  aiming to facilitate scientific communication between academicians and industries to make a sufficient contribution towards ever-changing technology. Journals publish original, high-quality papers that are peer-reviewed by our expert editorial team.

• Broadband Cellular Communication: Broadband wireless systems, cellular network architectures, mobile broadband, high-data-rate transmission, broadband access, mobile connectivity, and next-generation cellular communication.
• Cellular Network Architecture: Radio access networks, core networks, heterogeneous networks, macro cells, microcells, picocells, femtocells, small-cell networks, and ultra-dense cellular deployments.
• Base Station Management: Base-station deployment, small-cell management, association mechanisms, load balancing, energy efficiency, interference coordination, mobility support, and intelligent base-station control.
• 5G and 5G-Advanced Networks: Massive MIMO, beamforming, network slicing, ultra-reliable low-latency communication, enhanced mobile broadband, massive machine-type communication, and 5G radio-access technologies.
• 6G and Future Cellular Networks: Terahertz communication, AI-native wireless systems, integrated sensing and communication, reconfigurable intelligent surfaces, semantic communication, holographic communication, and next-generation mobile architectures.
• WCDMA and CDMA Systems: Wideband CDMA, direct-sequence CDMA, multicode CDMA, spread-spectrum communication, orthogonal codes, RAKE receivers, interference cancellation, power control, and legacy cellular-system evolution.
• OFDM and Multicarrier Communication: OFDM, OFDMA, SC-FDMA, multicarrier modulation, carrier aggregation, waveform design, synchronization, frequency-domain equalization, and broadband channel access.
• MIMO Communication Systems: Single-user and multi-user MIMO, massive MIMO, uplink and downlink transmission, spatial multiplexing, diversity techniques, precoding, detection, and channel-state-information processing.
• MIMO Antenna Design: Multi-antenna terminals, isolation improvement, mutual-coupling reduction, envelope correlation, compact MIMO antennas, broadband antenna arrays, phased arrays, and reconfigurable antenna systems.
• MIMO Prototyping and Testbeds: Wireless testbeds, FPGA/DSP implementations, software-defined radio platforms, multi-antenna mobile stations, hardware prototyping, and experimental cellular-system validation.
• Channel Capacity and Information Theory: Shannon capacity, noisy-channel coding, AWGN channels, fading channels, frequency-selective channels, outage capacity, ergodic capacity, and spectral-efficiency analysis.
• Wireless Channel Modelling: Slow and fast fading, multipath propagation, path loss, shadowing, Doppler effects, mmWave channel modelling, urban and indoor propagation, and statistical channel characterization.
• Channel Estimation and Equalization: Pilot-based estimation, blind estimation, least-squares methods, MMSE estimation, relay-channel estimation, equalization, synchronization, and CSI acquisition.
• Relay and Cooperative Communication: Amplify-and-forward, decode-and-forward, cooperative diversity, relay selection, multi-relay systems, cooperative MIMO, and relay-assisted broadband cellular networks.
• Multihop Wireless Networks: Mobile ad hoc networks, wireless mesh networks, sensor networks, relay networks, multihop cellular systems, smartphone ad hoc networks, and distributed communication architectures.
• Device-to-Device Communication: D2D communication, proximity services, sidelink communication, direct cellular communication, resource allocation, interference management, and public-safety D2D systems.
• Vehicle-to-Everything Communication: V2V, V2I, V2P, V2N, C-V2X, cellular vehicular communication, connected transportation, and autonomous-vehicle connectivity.
• Internet of Things and Cellular IoT: NB-IoT, LTE-M, massive IoT, machine-to-machine communication, cellular sensor networks, industrial IoT, smart-city connectivity, and low-power cellular communication.
• Spectrum Management and Dynamic Spectrum Access: Spectrum allocation, cognitive radio, spectrum sharing, licensed and unlicensed access, carrier aggregation, dynamic spectrum management, and interference-aware allocation.
• Radio Resource Management: Power allocation, bandwidth allocation, scheduling, admission control, load balancing, interference management, user association, and intelligent resource optimization.
• Interference Management: Inter-cell interference, co-channel interference, interference cancellation, coordinated multipoint transmission, fractional frequency reuse, power control, and interference-aware scheduling.
• Mobility Management and Handover: User mobility, cell selection, handoff, seamless roaming, location management, mobility prediction, inter-RAT handover, and high-speed mobility support.
• Energy-Efficient Cellular Networks: Green communication, base-station sleep modes, energy-aware resource allocation, renewable-powered base stations, energy harvesting, and sustainable wireless infrastructure.
• Millimeter-Wave and Terahertz Cellular Communication: mmWave transmission, beam management, blockage mitigation, high-frequency antennas, THz communication, ultra-high-capacity links, and high-frequency cellular access.
• Small Cells and Heterogeneous Networks: HetNets, femtocells, picocells, microcells, cell densification, small-cell coordination, inter-tier interference, and heterogeneous radio-access systems.
• Cloud and Virtualized Radio Access Networks: C-RAN, virtualized RAN, Open RAN, distributed RAN, centralized baseband processing, cloud-native cellular architecture, and programmable radio networks.
• Software-Defined Networking and Network Function Virtualization: SDN, NFV, programmable cellular networks, virtual network functions, network slicing, orchestration, and flexible mobile-core architectures.
• Edge and Fog Computing for Cellular Networks: Mobile edge computing, multi-access edge computing, edge intelligence, low-latency processing, distributed computing, and edge-assisted wireless applications.
• Satellite and Non-Terrestrial Cellular Networks: Satellite-cellular integration, low-Earth-orbit networks, high-altitude platforms, UAV-assisted cellular networks, non-terrestrial 5G/6G, and hybrid terrestrial-satellite systems.
• GNSS and Location-Aware Cellular Systems: GNSS augmentation, cellular positioning, assisted GNSS, localization, positioning accuracy, navigation support, and location-based mobile services.
• VoIP and Multimedia Communication: Voice over IP, SIP, SDP, multimedia session control, video communication, real-time communication, and quality-of-service management.
• Call Establishment and Session Management: SIP signaling, session initiation, authentication, call setup, mobility-aware session control, multimedia session management, and IP-based call services.
• Call Clearing and Signaling Procedures: Common-channel signaling, session termination, resource release, signaling reliability, call teardown, network state management, and service continuity.
• Physical-Layer Security: Secure wireless transmission, secrecy capacity, anti-jamming, eavesdropping protection, channel-based authentication, and secure MIMO systems.
• Cellular Network Security: Authentication, encryption, identity management, signaling security, secure mobility, core-network protection, DDoS mitigation, and privacy in mobile networks.
• Artificial Intelligence in Cellular Communication: Machine learning for channel estimation, traffic prediction, radio-resource management, handover optimization, interference control, beam selection, anomaly detection, and network automation.
• Autonomous and Self-Organizing Networks: Self-configuration, self-optimization, self-healing, zero-touch networking, intelligent fault management, and autonomous cellular-network operation.
• Emerging Broadband Cellular Technologies: Reconfigurable intelligent surfaces, semantic communications, integrated sensing and communication, AI-native RAN, digital twins for cellular networks, quantum-assisted communications, and beyond-6G systems.