The findings of this study provide suggestions for designing and developing PIM applications on mobile devices.
With the rapid evolution of the mobile environment, the demand for natural language applications on mobile devices is increasing.
The performance of applications on mobile devices is affected by the device constraints of memory, processing power, battery life and the variations in the wireless network.
The prevalent use of multimedia applications on mobile devices introduces an ever increasing traffic load on WWAN access links, leading to traffic congestion and unsatisfactory user experiences.
The ever-increasing demand for multimedia applications on mobile devices is set to pose considerable challenges on the bandwidth allocation mechanisms in LTE and future networks.
Recently, the explosive growth in the use of real-time applications on mobile devices has resulted in new challenges to the design of protocols for MANETs.
This work builds on the LIME (Linda in mobile environment) tuple space framework to implement a system that offers clustering and routing capabilities for mobile ad hoc network (MANET) environments, and provide an agent-like architecture for running distributed and collaborative applications on mobile devices.
Unfortunately, the desire for rich, powerful applications on mobile devices conflicts with the reality of these devices' limitations: slow computation processors, little memory storage, and limited battery life.
They already do pretty well for data sources - from IP addresses, web browsing histories, online purchases, length of time spent on web pages, articles read and even location, taken from GPS applications on mobile devices.
Even the programming languages preferred by the cloud are different than those running applications on mobile devices.
