The past few years have witnessed an explosive popularity of mobile services, especially in
the form of smart phone applications. To cope with the limited batteries and computational …

This paper makes the use of cloud architecture as computational power for mobile device
application. The multiple context based service scheduling scheme for balancing the cost …

A new mobile cloud architecture has recently been proposed, where neighbouring mobile
devices are brought together as a cohort for resource sharing. Thus, a mobile application …

By increasing mobile devices in technology and human life, using a runtime and mobile
services has gotten more complex along with the composition of a large number of atomic …

This thesis focuses on scalability of a resource augmentation environment when a large
number of mobile devices and multiple service nodes are present. To deal with congestion …

As cloud computing becomes widely deployed, more and more cloud services are offered to
end users in a pay-as-you-go manner. Today's increasing number of end user-oriented …

Cloud computing has emerged as a high performance dynamic computing environment that
leverages on-demand enterprise service applications. Since, there has been a rapid …

The evolving mobile cloud computing (MCC) paradigm enables mobile users to offload their
computing tasks to cloud servers. In this paper, we study the following problems in MCC …

The paper proposes an efficient load-balancing aware cloud resource scheduling approach
for mobile users. The proposed approach augments local cloud service pools with public …

Cloud computing provides us with the massive pool of resources in terms of pay-as-you-use
policy. Cloud delivers these resources on demand through the use of network resources …