Sentence examples for high-level users from inspiring English sources

The syntax of service definition is shown in Fig. 2. The policy language defines high-level users' intent, which can be interpreted by a network application and instantiated by an SDN controller.

In the present study, we observed that moderate and high-level users of cocaine and crack have 2.2 times more chance of presenting a worse general quality of life than low-level users and this was the only substance dependence that demonstrated significant associations with the overall scores of WHOQOL-Bref.

In other words, Hughes is a high-level user of the constant media manipulation about which he seems so indignant.

Despite the complexity of the modeling behind the scene, the high-level user interface has a simplistic and friendly design.

The high-level User Interface functions - namely those in the sherpa.astro.ui and sherpa.ui modules - have had their Python docstrings updated to match the ahelp files.

The interface should support both high-level user tasks (decide where you want to eat dinner tonight using this interface), as well as specific, low-level tasks (use the interface to search for a restaurant open at 10PM).

This should include both high-level user tasks (decide where you want to eat dinner using this interface), as well as specific, low-level tasks (use the interface to search for a restaurant open at 10PM).

The interface should support both high-level user tasks (decide where you want to eat dinner tonight), as well as specific, low-level tasks (search for a restaurant open at 10PM).

This work contributes to user modeling and intelligent interfaces research by extending existing research on eye-tracking in HCI to on-line capturing of high-level user mental states for real-time interaction tailoring.

On the other hand, high-level user-interface languages for special-purpose software have been much more successful; for example, languages like Mathematica, in which sophisticated mathematics may be easily expressed, or the "fourth generation" database-querying languages that allow users to express requests for data with simple English-like commands.

We present a validation of the methodology showing typical use cases both related to the development from scratch of a domotic system with assistive capabilities starting from a set of high-level user requirements and the redesign of existing implementations according to changed requirements.