Mobile and wireless networks have grown strong in the past fifteen years. Today, many mobile phones are also WLAN adapter. Someone thinks soon there will be WiMAX adapter near many mobile phones, besides their 3G, 2G, WLAN, Bluetooth, etc. Using the IP, 2.5G or 3G Public Land Mobile networks (PLMN) on one side and WLAN others, researched their integration, which was mainly divided into loose and tight.
About 4G, its focus is like smooth integration of cellular networks GGS and 3G, WLAN and Bluetooth. Multiple user terminals can be seen as 4G, but there are a number of challenges in various security mechanisms and different QoS different wireless technologies. However, the AA integration between various wireless networks (such as PLMN and WLAN) is still working in the process. But, from the same terminal, various wireless networks are specially used, that is, there is no combination of different wireless access technologies for the same session (for example, FTP download).
The proposed Open Wireless Architecture (OWA) has to open open-band banding modules with open interface parameters to support the quality of different current and future wireless communication.
OWA Future Mac / PHY Layers (4G) is targeted to mobile terminals. The above reference work provides ground for the definition of a concept out of the 4G mobile network, this paper is listed as a 5G mobile network.
In this paper, we have presented the concept of 5G mobile phones, which is an important part of the paper. 5G mobile phone is designed as an open platform on different layers. The proposed concept reflects the open wireless architecture offered for 4G mobile terminals, and offers further changes to the application requested by the network. The network layer is divided into two sub-layers so that all IP connectivity in the environment with multiple wireless / mobile technologies as well as provide network and / or service providers. The open transport layer is offered to allow the use of wireless specific integration of the transmission protocol. Finally, we choose different wireless technologies on different QoS barriers (and cost barriers) for different services, Real Time (VoIP, Streaming, IPTV etc.) or real time (web, messaging, gaming etc.) Probably offer.). For this purpose, 5G mobile terminals should maintain the database, which will maintain data on data about data and wireless technologies available. At present, the current work is on modules that will provide the best value for any service using a more wireless technology than the 5G mobile phone.


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