Sentence examples for networking functionality from inspiring English sources

Schoology hopes that the fact that its system integrates with existing platforms (the startup offers teachers the ability to quickly export their Moodle courses directly into Schoology) and offers social networking functionality, will result in a network effect.

GitHub provides social networking functionality such as feeds, followers, wikis and a social network graph that captures how developers work on their versions ("forks") of a repository, which version is newest, etc. Gitter [20] is a related service that facilitates discussions between members of GitHub communities by providing a long-term chat integrated with code and issues.

Essentially, aside from basic professional networking functionality, what QuantiaMD has created is an online and mobile content distribution network.

The OpenVMS was designed from the outset to be a secure, multiuser system with full networking functionality.

While the under-rated Blur dabbled in social networking functionality and Disney's showy Split/Second revelled in cutting edge automotive destruction, it is Criterion's game that successfully fuses those elements together into one exhilarating ride.

SlugCam's networking functionality enables camera nodes to transfer video files, as well as collaborate on tasks such as visual processing, event detection, and object tracking.

Given this strong coupling between cloud application performance and network performance there is great value to be gained by supporting advanced controlled networking functionalities between distributed cloud infrastructures.

Integrating communication and networking functionalities provide new opportunities for such challenges with the newly introduced Molecular Communications.

Most recent trends dealing with the SDN-ization of access networks advocate for the use of simple devices at the customer premises and the virtualization of the networking functionalities, requiring the provisioning of Layer 2 services in many cases.

The aim of this paper is to exploit the properties of droplet-based microfluidics to realize purely hydrodynamic microfluidic elements that provide basic networking functionalities, such as addressing and switching.

The onboard electrical power distribution, communication, and networking functionalities are realized by cable bundles in today's vehicles.