The Journal on Wireless and Mobile Communication (JWMC) bearing ISSN 1234-1234 (online) is an annual International Journal double peer-reviewed and published in the month of April by ASDF Journals, London, the UK since 2012.
The Journal on Wireless and Mobile Communication (JWMC) publishes carefully refereed research, review, and survey papers that offer a significant contribution to the computer science literature, and which are of interest to a wide audience. Coverage extends to all mainstream software engineering-related applications.
All articles published by Journal on Wireless and Mobile Communication (JWMC) are made freely and permanently accessible online immediately upon publication, without subscription charges or registration barriers. Authors of articles published in the Journal on Wireless and Mobile Communication (JWMC) are the copyright holders of their articles and have granted to any third party, in advance and in perpetuity, the right to use, reproduce or disseminate the article.
- Future in mobile systems
- Indoor & Outdoor Communication
- Mobility trends
- Slicing and 5/6/7G technologies
- Wireless Communications Basics
- Radio Interfaces and Systems
- Spectrum Allocation and Management
- Circuits for Wireless Communications
- Wireless and Mobility
- Protocols for wireless and mobility
- Traffic and congestion control, QoS, Resource Management
- Wireless and mobile technologies
- Performance Evaluation, Simulation and Modeling of wireless networks and systems
- Management of wireless and mobile networks
- Security in a wireless and mobile environment
- Networks convergence and integration
- Applications and services based on wireless infrastructures
- Standardization and regulations
- Design and implementation
- Wireless and mobile network deployment
- Cooperative and Cognitive Vehicular Networks
- Convergence and social mobility
- Survivability techniques for IoT/M2M/IoE
- Survivability strategies for mobile and wireless networks such as LTE-A, 5G and Beyond
- Artificial intelligence-based survivable network operation
- Network analytics for efficient and reliable network operation
- Network adaptability towards abrupt traffic changes
- Autonomous and seamless mechanisms to handle node and link failures
- Optimization strategies for agile and efficient recovery
- Fault-tolerant network pre-planning and deployment
- Fault-tolerant resource allocation and scheduling
- Green and energy-efficient survivability techniques