Title: LATENCY OPTIMIZATION IN COMPUTATION PARTITIONING OF MULTIUSER MOBILE CLOUD APPLICATIONS
Abstract: In mobile cloud computing, dividing the computations between the mobile devices and the cloud is very significant and Essential.In the existing work , these divisions of computations exists for a single user only .That is, it focuses on to optimize the time of the applications for that particular user only.Such existing works makes an assumption that there are enough resources always available on the cloud for the user to make the computations of the tasks which are offloaded on to the cloud.But this might not be an ideal approach when we consider several users who are trying to offload their tasks on to the cloud.There may arise situations where the resources on the cloud may not be available for the user's computation to be executed, and hence the user is forced to wait until the resource gets available and only after that the task gets executed.And this results in scheduling latency of the application.The Scheduling latency which when not considered, results in the Performance deprivation.Hence we propose a method in this paper known as Multiple user Partitioning of computations Problem (MPCP).The MPCP approach emphasizes on the divisions of computations of multiple user's and scheduling the computations that are offloaded on to the resources that are present in the cloud.Unlike the existing works which focuses to minimize the completion time of application for single user, our work aims to minimize the average completion time for all the users that take the services of the cloud.