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This paper is dealing with mobile resource management that distributes mobile device processes between cloud computing virtual machine and mobile device. Expectation is that mobile device user experience will increase. Load balancing is an important part of mobile resource management. In order to be able to solve load balancing issues, discussion is made how currently available methods can be adapted to our resource manager. In this article, we investigate load balancing procedures, methods and their customization, with a particular attention on mobile and cloud computing requirements. As a result, we expect that important design aspects will become apparent. Profile based load balancing method is recommended, what combines static and dynamic load balancing strategy. Using profile to identify usage scenario of mobile device can lead to increased system responsiveness, thus experience improvement.

Mobile computer technology has greatly evolved in recent years. Cloud computing is recognized to be a new area for solving performance issues. Mobile terminals can take advantage from cloud computing. To cope with these new resources and fulfil new quality and performance requirements more sophisticated architecture and resource management are necessary. A mobile resource management architecture that uses cloud computing resources strongly relies on network bandwidth. Unfortunately wireless communication currently offers less bandwidth with more latency. To overcome this possible bottleneck parallel usage of network interfaces are feasible. In this paper mobile resource management using network aggregation technique is presented.

Mobile computer technology has greatly evolved in the recent years. Cloud computing is recognized to be a new area for solving performance issues. Mobile terminal can take advantage from cloud computing. To cope with these new resources and fulfill new quality and performance requirements a more sophisticated architecture and resource management is necessary. The basis of effective resource management is a precise knowledge of the hardware and software capabilities. Performance metrics serve as an input for resource management. This study will present architecture of mobile resource management using cloud resources. The main task of such resource management is to decide which application where to run; on the mobile terminal or in the cloud. This paper identifies key components of resource management, settles the tasks and relationships between them.