Recent Trends in Electronics Communication Systems

Recent Trends in Electronics Communication Systems

Recent Trends in Electronics Communication Systems [2393-8757(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 Electronics, Communication, and systems. 

• Communication Systems: Analog and digital communication, modulation and demodulation, communication channels, transmission techniques, signal propagation, communication protocols, and system performance analysis.
• Wireless Communication: Mobile communication, cellular systems, wireless access networks, Wi-Fi, Bluetooth, Zigbee, low-power wireless communication, mobile ad hoc networks, and wireless network optimization.
• 5G, 6G and Beyond Communication: Massive MIMO, millimeter-wave communication, terahertz communication, ultra-reliable low-latency communication, network slicing, reconfigurable intelligent surfaces, integrated sensing and communication, and future wireless architectures.
• Optical Communication: Fiber-optic communication, optical transmitters and receivers, wavelength-division multiplexing, optical networks, free-space optical communication, LiFi, optical wireless communication, and photonic communication systems.
• Satellite Communication: Satellite links, transponders, satellite networks, ground stations, navigation systems, satellite-based internet, inter-satellite communication, and space communication technologies.
• Microwave and RF Communication: RF circuits, microwave links, radio-relay systems, antennas, RF front ends, microwave communication, millimeter-wave systems, and high-frequency communication technologies.
• Transmission Systems: Wired and wireless transmission, digital transmission, optical transmission, radio transmission, multiplexing, switching, regenerators, repeaters, and communication-link design.
• Relay and Repeater Systems: Radio repeaters, microwave relay, optical relay, broadcast relay, distributed transmission, repeaters, signal regeneration, relay-network design, and coverage enhancement.
• Duplex and Multiple-Access Communication: Simplex, half-duplex, full-duplex, frequency-division duplexing, time-division duplexing, OFDMA, CDMA, NOMA, multiple-access techniques, and interference management.
• Power-Line Communication: Broadband over power lines, narrowband PLC, smart-grid communication, home networking, industrial communication, ripple control, power-line modem design, and communication over electrical infrastructure.
• Data Communication and Networking: Data terminal equipment, data communication equipment, computer networks, point-to-point communication, multipoint systems, routing, switching, Ethernet, and network protocols.
• Internet of Things Communication: IoT communication architectures, sensor connectivity, machine-to-machine communication, LPWAN, NB-IoT, LoRaWAN, smart-device communication, industrial IoT, and connected infrastructure.
• Wireless Sensor Networks: Sensor nodes, distributed sensing, low-power communication, network topology, routing, localization, energy-efficient protocols, environmental monitoring, and industrial sensor networks.
• Electronic Sensors and Smart Sensing: Analog and digital sensors, temperature, pressure, proximity, optical, acoustic, gas, chemical, magnetic, motion, humidity, flow, biomedical, and intelligent sensor systems.
• Radar and Sensing Systems: Radar detection, Doppler radar, automotive radar, imaging radar, object detection, tracking, ranging, target classification, and radar signal processing.
• Sonar and Acoustic Communication: Sonar systems, underwater communication, acoustic sensing, underwater networks, signal detection, localization, and marine communication systems.
• Embedded Communication Systems: Microcontroller-based communication, FPGA-based communication, embedded wireless systems, communication modules, real-time communication, and hardware-software integration.
• Antennas and Wave Propagation: Antenna design, antenna arrays, MIMO antennas, smart antennas, microstrip antennas, beamforming, propagation modelling, fading, channel characterization, and electromagnetic-wave propagation.
• Signal Processing for Communication: Filtering, equalization, channel estimation, noise reduction, coding, synchronization, spectral analysis, adaptive processing, and communication-signal detection.
• Digital Communication and Coding: Source coding, channel coding, error-control coding, modulation schemes, OFDM, spread spectrum, coding gain, digital receivers, and reliable data transmission.
• Tactical and Secure Communication Systems: Tactical radio, battlefield communication, command-and-control communication, secure communication links, military networks, encrypted communication, and resilient communication systems.
• Communication Security: Physical-layer security, cryptography, authentication, intrusion detection, secure wireless communication, network security, privacy, anti-jamming, and resilient communication infrastructures.
• Software-Defined Networking and Network Virtualization: SDN, NFV, programmable networks, virtualized communication infrastructures, network orchestration, dynamic routing, and intelligent network management.
• Cognitive Radio and Dynamic Spectrum Access: Spectrum sensing, cognitive networks, dynamic spectrum allocation, interference management, opportunistic communication, and spectrum-sharing strategies.
• Artificial Intelligence in Communication Systems: Machine learning, deep learning, reinforcement learning, intelligent routing, adaptive communication, network optimization, traffic prediction, anomaly detection, and AI-assisted signal processing.
• Edge and Cloud Communication: Edge computing, fog computing, distributed communication, cloud-assisted networks, mobile edge computing, low-latency processing, and communication-aware computing.
• Vehicular Communication Systems: Vehicle-to-vehicle, vehicle-to-infrastructure, vehicle-to-everything communication, connected vehicles, intelligent transportation systems, vehicular networks, and autonomous-vehicle communication.
• UAV and Aerial Communication Systems: UAV communication, drone networks, airborne relays, aerial base stations, satellite-UAV integration, routing, coverage, and communication for unmanned platforms.
• Industrial Communication Systems: Industrial Ethernet, fieldbus, SCADA communication, factory communication networks, real-time industrial protocols, machine communication, and Industry 4.0 connectivity.
• Biomedical and Healthcare Communication: Wireless body-area networks, telemedicine communication, wearable sensor networks, remote patient monitoring, healthcare IoT, and biomedical data transmission.
• Green and Energy-Efficient Communication: Low-power communication, green networks, energy-aware routing, energy harvesting, sustainable communication infrastructure, and energy-efficient wireless systems.
• Emerging Electronics Communication Technologies: Quantum communication, semantic communication, integrated sensing and communication, AI-native networks, digital twins for communication systems, photonic communication, and next-generation connected systems.