Using self-optimization techniques is the only viable solution for increasing the efficiency in
next generation mobile networks. The goal of proposing a self-optimization model is to …

The analysis of new e-health services in mobile environments (m-Health services) where
resources are usually limited and network conditions are continuously changing, require a …

In the next-generation wireless network, user profiles such as the location, the velocity (both
speed and direction), and the resource requirements of the mobile device can be accurately …

Multiservice networks support the rapid deployment of multiple applications on a single
technology based on the convergence of services. When designing such a network, many …

Future-generation wireless networks will consist of heterogeneous radio access
technologies (RATs) with Internet Protocol-based infrastructure and support multiple bearer …

Abstract Service delivery in a heterogeneous wireless environment requires the selection of
an optimal access network. In order that users could be always connected through the …

The ability to provide seamless and adaptive quality of service (QoS) in a heterogeneous
environment is the key to the success of the next generation wireless communication …

Since Quality of Service (QoS) provisioning for multimedia traffic in integrated Wireless and
Mobile Networks is becoming an increasingly important objective, in this paper we introduce …

Mobile Cloud Computing (MCC) is an integration of cloud computing in the mobile
environment, which is used to improve the overall performance of the mobile devices. The …

Control of call admission and management of bandwidth are the two important
functionalities to achieve higher call handling capacity in heterogeneous wireless networks …