Abstract-This work explores some important number of key performance indicators (KPIs) that may affect on the quality of service (QoS) in 5G networks. The proposed QoS necessities are based on the analysis of functional requirements to 5G networks and traffic parameters for HD video and massive M2M services, which will be highly demanded in 2020. One of the 5G development paradigms is the network functions virtualization (NFV) including cloud radio access and cloud core networks. This work has planned the concept of function blocks; cloud QoS management function (CQMF) and cloud QoS control function (CQCF) to control and monitor QoS, which is implemented as part of the 5G network cloud infrastructure.Index Terms-5G, M2M, QoS, video services, virtualization.

Mobile communication through 5G technology is the key objective of this work. Existing research works in mobile communication through 5G technology in world submitted a great necessary development towards 5G technology in different work approaches including hardware and software. 4G technology includes several standards under a common umbrella, similar to previous generations of communication technologies. Actually 4G is good for now, however if look at it in five or ten years, 4G will obviously not be able to meet requirements for new applications coming up in the next few years. With 5G will increase the data rate, reduce the end-to-end latency, and improve coverage. These properties are particularly important for many applications related to IoT and D2D, which they are recognized as ones of the technology components of the evolving 5G architecture. The major contribution of this paper is the key provisions of mobile communication through 5G (Fifth Generation) technology of which is seen as consumer oriented. In 5G technology and mobile consumer has given top priority over others. 5G technology is to make use of mobile phones within very high bandwidth. The consumer never experienced the utmost valued technology as 5G.The 5G technologies comprise all types of sophisticated features which make 5G technology most governing technology in the vicinity of future.

Abstract-Mobile users increased demand for access to mobile communication services is accelerating the technological development towards the integration into the various modes of wireless access communications with respect to coverage, QoS assurance, implementation, operational costs supported features, etc. The integration should take into account the user mobility from one access point to another. In diverse 5G wireless networks, mobility management provide mobile users with continuously get the connection when they move among different subnets based on their service needs. With this heterogeneity, users will be able to choose radio access technology that offers higher quality, data speed and mobility which is best suited to the required multimedia applications with the best performance and minimum cost. It is necessary to ensure that the internet application efficient state is maintained while used diverse 5G wireless networks. This is one of motivation for conducting this work.

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