EURASIP Journal on Wireless Communications and Networking is calling for submissions to our Collection on 'Dynamical Properties of Mobile Communication Networks Technologies.'
One of the key components of science that network technologies have served as a focal point for communicating among entities in widely dispersed areas is telecommunication. Telecommunications have largely replaced communication and mail since the advent of technology. Every mobile system network technology has enhanced the standard of existence. Its main benefit is that it has given the vast majority of society a preference Through the use of network technologies or structural links, mobile communication allows for the transmission of speech and visual information from the mobile device. Mobile communications are advancing daily and have become universally necessary. Without a direct connection, mobile communication is the simultaneous exchange of information and voice through the telecommunications network infrastructure. In order to employ communication devices while driving, the notions of mobile networking technology and mobile computing are simply used to indicate the smallest equipment and computer technology that can be found in solitary locations or surroundings.
Mobile communications have advanced to the point where readily accessible, reasonably priced broadband internet plays a key role in today's information environment. The mobile communications sector must continually innovate because smart phone rates are challenged to increase rapidly over the coming generation, whereas the typical expense per user is intended to be static. One key trait of mobile computer technology is the capacity of a computing device to interact in a certain way with a fixed web application. As mobile and fixed communication systems are to truly integrate, the reliability and capabilities offered in the mobile environment need to exceed those of the stationary network technologies. Maintaining a very vast reach of mobile services at a great speed and also maintaining security is the main challenge in developing mobile network technologies. Online transactions carried out on mobile devices must guarantee a high level of protection for user credentials and prevent their misinterpretation. Because core software network technologies and protocols are similar, security challenges in web-based mobile applications are similar to those in traditional software applications.
In this Collection, we will discuss some of the complex challenges, mobile communication capabilities, and some of the features of mobile communication and network technologies. We will also illustrate some of the drawbacks, traits, uses, and problems associated with mobile network technologies. In this Collection, an introduction to smart phones, the qualities of several telecommunication technologies, their difficulties, and a few possibilities are included.
Original research and review articles in this area are encouraged in the following topic areas, including but are not limited to:
- Modeling cellular signaling dynamics for mobile communication network applications
- A communication infrastructure aspect on comprehending sophisticated systems
- Hypothesis, methodologies, and applications of game theory in mobile and communication networks
- Essential devices and mobile technology for Portable wireless communications systems
- Fundamentals of information exchange in mobile multimodal communication networks: Interfacial concepts
- The emergence of a communication network multiple access mechanism based on game theory
- Self-organizing communications networks using computation with interpersonal and natural inspiration
- An assessment of the potential for, and difficulties with, visible light communication, connectivity, and sensing
- An approach for dynamic community development in massive mobile communication networks
- Probabilistic reach ability graphs with energy considerations for time-varying mobile communications
- A complex network model for strategic strategic satellite communications with logical security measures
