The phrase "real time sharing" is correct and usable in written English.
This phrase is used to refer to the exchange or sharing of data over a network almost immediately after it is created. For example, "We are using real time sharing to exchange data between our offices in different cities."
"Station Facebook pages are becoming community hubs during big stories — places where residents connect with each other in real time, sharing damage reports, answering questions and providing links to vital information," Cory Bergman, who founded Lost Remote, a blog about social TV, wrote in an e-mail.
Some examples: – A new Web page enables our nearly 800 staff reporters and contributors to cover their areas of expertise, or beats, in real time, sharing facts and context with the audience.
It would have to be a way to keep things really similar to the core Snapchat mission: real time sharing of impermanent content.
We need to build automatic & real-time sharing platforms with the help of such forums.
The additional feature will allow development shops of all sizes to take advantage of the real-time sharing mechanism on Facebook, often proven to have direct impact on a mobile app's virality and subsequent success.
Developments such as the XDS/XDS-i profiles of the Integrating the Healthcare Enterprise IHEE) initiative [15] could solve part of the problem by real-time sharing data between healthcare institutions over the network (85%% of the respondents are planning on moving to a network-based solution such as XDS for their future data sharing).
The multiplayer mode can show a single, real-time shared view.
This paper presents a collaborative conceptual modeling approach called SyncMeta that aims to close this gap by supporting view-based modeling in the Web browser in a near real-time shared editing environment1.
This real-time shared feedback allows optimal use of face-to-face and non face-to-face clinical time.
The principle of time-sharing observing model is illuminated with subsequent Precise Orbit Determination (POD) experiments using simulated time-sharing observations in 2005 and the real time-sharing observations in 2015.
From POD experiments using the real time-sharing observations, POD precision for ZX12# and Yatai7# are about 3.234 m and 2.570 m, respectively, which indicates the time-sharing observing model is appropriate for CBTR system and can realize observing many GEO satellites in 1 day.
