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Author Guidelines

Authors are invited to make a submission to this journal. All submissions will be assessed by an editor to determine whether they meet the aims and scope of this journal. Those considered to be a good fit will be sent for peer review before determining whether they will be accepted or rejected.

Before making a submission, authors are responsible for obtaining permission to publish any material included with the submission, such as photos, documents and datasets. All authors identified on the submission must consent to be identified as an author. Where appropriate, research should be approved by an appropriate ethics committee in accordance with the legal requirements of the study's country.

An editor may desk reject a submission if it does not meet minimum standards of quality. Before submitting, please ensure that the study design and research argument are structured and articulated properly. The title should be concise and the abstract should be able to stand on its own. This will increase the likelihood of reviewers agreeing to review the paper. When you're satisfied that your submission meets this standard, please follow the checklist below to prepare your submission.

Submission Preparation Checklist

All submissions must meet the following requirements.

  • This submission meets the requirements outlined in the Author Guidelines.
  • This submission has not been previously published, nor is it before another journal for consideration.
  • All references have been checked for accuracy and completeness.
  • All tables and figures have been numbered and labeled.
  • Permission has been obtained to publish all photos, datasets and other material provided with this submission.

Topic: Emerging Technologies in the Internet of Things (IoT)

The Internet of Things (IoT) is a system of interconnected digital devices, machines, objects, animals or people provided with unique identifiers and the ability to transmit and share data over the network without the need of human-to-human or human-to-computer interaction.
The topics include but not limited to:
► Communication standards and protocols for IoT
► IoT and telecommunication technologies
► Wireless sensor network security on the Internet of Things
► Industrial IoT and technologies
► Tiny wearable devices and smart home appliances
► Smart IoT devices
► Smart home
► Smart city
► Smart grids
► IoT radio technologies and solutions
► RFID technology for IoT
► IoT applications in healthcare
► Smart retail with IoT embedded systems
► Supply chains with IoT enabled system
► IoT applications in smart farming

Topic: Communication and Networking Technologies for UAVs

Unmanned aerial vehicles (UAVs) are inevitable to meet the requirements of future wireless networks. Recently, researchers have investigated diverse issues related to UAV-assisted networks (including placement of UAVs, resource management, and spectrum sharing). The exponential increase in the usage of UAVs in various realms of societal and military applications, including healthcare, smart grid surveillance, disaster management, smart city monitoring, border surveillance, etc. The topics include but are not limited to:
► Communication Protocol for UAVs
► Intelligent communication architecture for UAVs
► Security and privacy issues in UAV-based networks
► Simultaneous wireless information and power transfer techniques in UAV-assisted networks
► The designing and deployment of a UAV-supported 5G network.
► UAV-enabled Wireless Powered Communication Networks
► Resource Management for UAVs
► Energy consumption and deployment of UAVs
► Artificial intelligence and machine learning techniques in UAV-based communication networks
► UAV-assisted mobile edge computing systems
► Cognitive multi-unmanned aerial vehicle-assisted networks
► Secure networking of UAVs underlying 5G communications
► Communication and Networking Technologies for UAVs
► UAV-assisted cooperative Maritime communication systems
► UAVs in military communications
► Developments and challenges on UAVs

Topic: Emerging Applications and Challenges of mmWave Communications

Millimeter-wave (mmWave) communication technology offers a potential and promising solution to support 5G and B5G wireless networks which require massive connectivity, high data rates, and low latency in dynamic scenarios and applications.  Some open directions of research and challenges are discussed, including Millimeter-wave communications, massive MIMO, channel estimation, 5G, cellular systems, spatial channel model, lens antenna array, hybrid architecture, few-bit ADCs, compressive sensing, and beamforming.

Topics of interest include, but are not limited to:

► Millimeter wave device process and technology
► Channel estimation for millimeter wave multi-antenna systems
► Channel Model for a High-Speed Train Millimeter Wave Communication System 
► Antenna Design for 5G Satellite Millimeter-Wave Communications
► 5G Millimeter Wave Devices
► Architecture and system design for Mobile millimeter wave communication 
► Beam Antenna for 5G/6G mmWave Applications
► Channel State Information for NextG mmWave Communications Systems
► Sensing systems for emerging mmWave systems
► Baseband Receiver for mmWave Communications
► Precoder Design for Millimeter-Wave MIMO Systems
► High-Gain Antennas for 5G/6G Millimeter-Wave Communication Infrastructure
► Beam Selection in mmWave Communications
► mmWave signal transmissions
► Standards of the radio-frequency spectrum and regulatory issues for mmWave communications
► Channel models for mmWave communications
► Design of mmWave Communications Beyond 5G and 6G
► Dynamic resource allocation for mmWave communications 
► Intelligent reflecting surface-aided millimeter wave communication 
► Performance Analysis of mmWave Communication
► Transmit antenna selection for mmWave communications 
► Applications of mmWave communications in 5G, B5G, and Industry 4.0 
► Characteristics of RIS-aided-wireless communications deployed in 5G & B5G networks
► Physical layer authentication for 5G/6G mmWave communications 
► Link Quality Prediction for mmWave Communications
► Capacity Analysis for mmWave Communications
► UAV system with mmWave communications
► Coverage and connectivity for mmWave Communication System 
► Mobility Support for mmWave Communications

Topic: Next Generation Network: Challenge and Future

The Next Generation Network will support tens of thousands of intelligent devices and provide more secure and efficient data application services, especially the 6G technology. 6G is expected to extend 5G capabilities to higher levels where millions of connected devices and applications could operate seamlessly with trust, low-latency and high-bandwidth.The topics include but are not limited to:


► Intelligent Network Architecture for 6G
► Communication-Aware Computing for 6G
► Key drivers and technologies for 6G
► Quantum communications for 6G
► Integrating space and terrestrial networks for 6G
► Terahertz communications
► AI-enabled intelligent 6G networks
► Holographic MIMO surfaces for 6G networks
► Satellite integration for 5G/6G
► Network design and resource allocation for 6G 
► Modeling and analysis of integrating communication, computation and caching for 6G
► Computation offloading for 6G
► AI for edge caching for 6G
► Resource management and cross-layer design for 6G
► AI-inspired secure and intelligent resource management for  6G
► Efficient architecture and new protocol design for 6G wireless systems
► Intelligent data processing, communication protocol , and integration system for 6G
► Performance analysis and evaluation for intelligent 6G systems
► Implementation/testbed/deployment for 6G systems
► 6G enabled massive IoT networks

Selected Papers from Conferences

This section will publish selected papers from conferences.

Special Issues List: IoT and IIoT Applications for Industry 4.0

The convergence of the Internet of Things (IoT) and Artificial Intelligence (AI) form the Fourth Industrial Revolution (Industry 4.0) and countless innovation industries. A series of smart applications is booming based on integrating IoT solutions, smart sensors, different computing schemes, and AI, such as smart agriculture, smart healthcare, smart homes/cities, smart retail, etc. However, these applications face several issues, such as service response time, energy-saving, privacy, and security. To address these problems, some recent studies have proposed different approaches to realize green and sustainable Industry 4.0. Celebrating the 58th anniversary of the founding of Hung Yen University of Technical Education (UTEHY) (http://www.utehy.edu.vn), this Special Issue (SI) focuses on IoT and IIoT Applications for Industry 4.0 and/or advanced technologies for emerging domains such as smart healthcare, intelligent transportation systems (ITS), agriculture, automation and robotics, and innovative IoT ecosystems.

Topic: Advanced Technologies and Applications in Optical Communication and Networking

  • Next - generation optical fiber materials and manufacturing techniques
  • 5G/6G - enabled optical communication networks and their integration
  • Quantum - enhanced optical communication technologies
  • Applications of optical communication in satellite networks
  • Future trends and challenges in optical communication and networks
  • Optical network security and encryption

Special issue: Papers from COCIA 2025

Connected Objects
Design of connected objects; Connected Systems, Industrial IoT
IoT architecture for intelligent environments
IoT Edge and Cloud Architectures
Artificial Intelligence
IA for embedded systems
IA for IoT, Big data for IoT
IA for biomedicine; Biological models for IA
Artificial Intelligence and Databases
Artificial Intelligence
Antennas, RF, Wireless Sensor
5G and next generation
Communication systems and Network
Analog and Digital Signal Processing

 

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