Deploying services on edge servers even on end devices can improve the quality of mobile
user experience. However, mobile devices and edge servers have limited resources …

Deploying and executing services in close proximity to mobile users can reduce service
response time, Deploying and executing services in close proximity to mobile users can …

Mobile edge computing (MEC) provides a promising approach to significantly reduce
network operational cost and improve quality of service (QoS) of mobile users by pushing …

The emergence of Mobile Edge Computing (MEC) enables mobile users to easily access
services deployed on edge servers with low latency. However, there are various challenges …

Being powered by battery and the reliance on expensive cellular data while users are on the
move are holding smart mobile devices from being widely used in those long-lasted …

With the rapid development of mobile computing technology, more and more complex tasks
are now able to be fulfilled on users' mobile devices with an increasing number of novel …

With the rapid development of mobile devices, more and more individuals and enterprises
move their applications into Apps and enjoy high motility services. Today we observe that …

Cloud Computing (CC) is emerged as an effective reuse paradigm, where software
functionality, hardware computing power, and other computing resources are delivered in …

Cloud computing is the use of computer hardware or virtual advances to shape a shared
infrastructure that provides a user with many online value-added services. Understanding …

Mobile edge computing is an emerging technology required to meet the very low latency
requirement of 5G communication systems, where application resources are embedded …