A new method of Cloud-based Computation Model for Mobile Devices
Hossein Jamali, Abbas Karimi, Mehdi Haghighizadeh · 2018
Today, cell phones have great important role in everyday lives. They are the most effective and achievable communication and computation devices that necessitate no exact time or location. Fast development of movable calculation created an energetic power to develop a synchronous technology in the markets. Anyhow movable devices are encountering with various challenges concerning available resources such as: battery, storage, bandwidth, security, and mobility. On the other side, limitation of resources in these phones has a great effect on the quality of the services. The most important limitation is the energy consuming that leads us to use the device for calculation, in spite of the accessibility of other sources. The best suggested solutions are getting rid of computation on the cloud and use of portable cloud for computation. But If there was no accessible cloud or an accurace of disconnection with the cloud, cell phones are the best to use. According to a mathematical algorithm based on Lyapunov optimization and regarding the requirement time for suitable program, we will try to introduce a dynamic way which its limitation analysis reveals that offlooding the computation considering the limitation of time leads to a less spending of power and energy resembled the current algorithm.