Mobile applications exhibit unique file access patterns, often involving random accesses of
write-mostly files and read-only files. The high write stress of mobile applications …

Developers of cloud-connected mobile apps need to ensure the consistency of application
and user data across multiple devices. Mobile apps demand different choices of distributed …

In the past few years, mobile devices quickly gained high popularity in our daily life.
Designed for ultra-mobility, these small yet powerful devices are fundamentally distinct from …

Cloud storage services, such as Dropbox, iCloud Drive, Google Drive, and Microsoft
OneDrive, have greatly facilitated users' synchronizing files across heterogeneous devices …

With the rise of scalable, distributed web applications, latency has become a fundamental
challenge for cloud data management. The delays caused by accessing data from cloud …

With the widespread use and increasing popularity of cloud storage, more and more data
are moved to the cloud, making cloud storage a platform for both data sharing among users …

With cloud assistance, mobile apps can offload their resource-demanding computation tasks
to the cloud. This leads to a scenario where computation tasks in the same program run …

Delay-tolerant Wi-Fi offloading is known to improve overall mobile network bandwidth at low
delay and low cost. Yet, in reality, we rarely find mobile apps that fully support opportunistic …

Computation offloading is employed by mobile apps running over resource-constrained
devices to leverage the cloud in overcoming their resource limits. The advent of the Multi …

Cloud storage synchronization among different computing terminals has attracted large-
scale uses among enterprise and individual users. It enables users to maintain the same …