… for each edge cloud due to user mobility. We pursue the optimization of the total cost over
time while serving each user’s workload and respecting the capacity limit of each edge cloud. …

… • We propose an architecture, SharedMEC, by considering a shared-cloud to support mobility
that can be deployed in any edge cloud-based network. Then, we propose a service HO …

… 3.1 An MEC Network We consider a metropolitan mobile edge-cloud computing network (MEC),
which is modeled by an undirected graph G ¼ šAP [ V; EŽ, where AP is a set of access …

… Mühlhäuser, “Online resource allocation for arbitrary user mobility in distributed edge
clouds,” in Proceedings of the 37th IEEE ICDCS, pp. 1281–1290, IEEE, 2017. [42] L. …

… example, the stream project1 powered by Google aims at building a cloud-based game
platform where mobile users are allowed to enjoy high definition video games on their …

… In this paper, we explored the use of edgecloud architectures for supporting three urban
mobility scenarios (ie, next location prediction, location-based advertising, and of points of …

… migration problem in mobile edge-clouds that host cloud-based services at the network edge.
This … and latency but requires service migrations as user locations change over time. It is …

… mobile cellular networks to unite the telco and IT-cloud worlds, providing IT and cloud-computing
capabilities within the RANs. In this paper, we use the term “mobile edge cloud” along …

… the user mobility during the overall given horizon without making assumptions on the users
positions in a specific point in time, yet we assume that in a single time-frame a user can …

… to provide cloud computing capabilities at the edge of pervasive radio … to mobile users. In
this paper, we first study the multi-user computation offloading problem for mobile-edge cloud …