Content deleted Content added
mNo edit summary Tags: Visual edit Mobile edit Mobile web edit |
Link suggestions feature: 3 links added. Tags: Visual edit Mobile edit Mobile web edit Newcomer task Suggested: add links |
||
Line 30:
Grid computing is seen as a solution to the rescue issues of PSEs for mobile devices. This is made possible through a "Brokering Service". This service is started by an initiating device that sends the necessary information for PSE to resolve task. The brokering service then breaks this down into subtasks that distributes the information to various subordinate devices that perform these subtasks.<ref name=":4" /> The brokering necessitates an Active Agent Repository (AAR) and a Task Allocation Table (TAT) that both work to manage the subtasks. A Keep-Alive Server is tapped to handle communication between the brokering service and the subordinate devices. The Keep-Alive server relies on a lightweight client application installed in the participating mobile devices.
Security, transparency and [[dependability]] are issues that may arise when using the grid for mobile device-based PSEs.<ref name=":4" />
=== Education Support ===
There are a revolution for network-based learning and e-learning for education but it is very difficult to collect education data and data of the student activities. TSUNA-TASTE, is developed by T. Teramoto, a PSE to support education and learning processes. This system may create a new idea of the e-learning by supporting teachers and students in computer-related education. It consists of four parts, including agents of students, an education support server, a database system and a [[Web server]]. This system makes e-learning more convenient as information is earlier to store and collect for students and teachers.{{cn|date=November 2019}}
=== P-NCAS ===
Line 55:
PSE Park provides these through its repository of functions. the repository contains modules required to build PSEs. Some of the most basic modules, called Cores, are used as the foundation of PSEs. More complex modules are available for use by programmers. Users access PSE Park through a console linked to the programmers. Once the user is register, he/she has assess to the repository. A PIPE server is used as the mediator between the user and PSE Park. It grants access to modules and constructs the selected functions into a PSE.{{cn|date=November 2019}}
Developers can develop functions, or even whole PSEs, for inclusion into the repository. Entry-level and expert users can access these pre-made PSEs for their own purposes. Given this architecture, PSE Park requires a cloud computing environment to support the enormous [[data sharing]] that occurs during PSE use and development.{{cn|date=November 2019}}
=== The PIPE Server ===
| |||