Global System for Mobile Communications-Railway (GSM-R) [1] is the digital mobile communication system specially designed for railway communication.
Mobile crowding networks can fully study the underlying data service node of the mobile communication system, which could provide better quality assurance for data communications and make full use of the sensing region mobile node communication resources, and is used in various fields, such as metro networks [1], organelle networks [2], and aqueous hydroxyapatite-gelatin networks [3].
Advanced equalization techniques are required for data transmission over fading channels in a mobile communication system.
In this paper, we present the architecture and functions of 5G mobile communication system agreed in the NextGen study.
This article approaches the dynamic resource allocation problem for the downlink of a wireless mobile communication system (WMCS).
In this paper, WiFi wireless networks and WiMAX mobile communication system are selected as our research subjects.
All this locking and unlocking is most relevant to the type of mobile phone that is widely used around the globe: those on a Global System for Mobile communication system, or GSM network.
Experiences from the fast-prototype, some initial tests to realizethe mobile communication system and principles of remote maintenance are reported in this paper.
The new technologies are being investigated that provide high speed, capacity, spectral efficiency, energy efficiency, pseudo outdoor communication, etc. that solves the existed problems in mobile communication system.
To permit all these various troops to cooperate with one another, the Germans added signal troops (they were the first to develop a comprehensive mobile communication system based on two-way radio) as well as a headquarters.
In December 2016, the 3GPP SA2 group finalized the first phase of study for the architecture and main functions of 5G mobile communication system under the study item of Next Generation system (NextGen).
