مروري بر شبكه هاي بدون سيم آينده- 5G

A Deep Insight to Future of Wireless Systems

Abstract— Mobile devices are evolving into increasingly sophisticated and becoming a general purpose computer system. These devices are expected to run a growing range of software such as internet browsers, navigation packages, games, music, and variety of applications. Application platforms are built over operating systems such as android, Symbian, IOS, Windows mobile or compact real-time OSs such as Nucleus. In such environment, security is a big concern and variety of security software and control modules are mandatory to keep the data safe. Running all applications and security softwares and supporting variety of application services are an extremely heavily computational process for the Central Processing device which degrade agility and response time of the mobile devices. To overcome those limitations, we have proposed a new architecture based on virtualization techniques and cloud computing concept to reduce processing load and security constraint. This model can change architecture of the mobile system and replace the virtual resources with expensive hardware resources and move execution loads as well as security tasks from device to the providers cloud. In continue we introduce the proposed architecture, compare with traditional models, and advantage of the new model has been discussed.

Abstract— Mobile devices are evolving into increasingly sophisticated and becoming a general purpose computer system. These devices are expected to run a growing range of software such as internet browsers, navigation packages, games, music, and variety of applications. Application platforms are built over operating systems such as android, Symbian, IOS, Windows mobile or compact real-time OSs such as Nucleus. In such environment, security is a big concern and variety of security software and control modules are mandatory to keep the data safe. Running all applications and security softwares and supporting variety of application services are an extremely heavily computational process for the Central Processing device which degrade agility and response time of the mobile devices. To overcome those limitations, we have proposed a new architecture based on virtualization techniques and cloud computing concept to reduce processing load and security constraint. This model can change architecture of the mobile system and replace the virtual resources with expensive hardware resources and move execution loads as well as security tasks from device to the providers cloud. In continue we introduce the proposed architecture, compare with traditional models, and advantage of the new model has been discussed.