Sentence examples for task interface from inspiring English sources

Two types of human machine interfaces are distinguished, i.e. the task interface and the interaction interface.

Finally, where both human and machine-readable versions of the task interface exist, the two versions often differ in content.

Second, in the cases where a task interface is made available in a machine-readable protocol, the protocol is often task-specific, and differs from other task protocols.

Another useful effect may be found in the MANPRINT process to investigate a given human task interface within the system architecture for the possibility for an "expert" user negotiating that interface with an improved level of performance, significantly different than the performance of a standard user.

This yielded similar results as reported in [7], including the decrease of response times for the hard text entry task, indicating that the observed differences are not due to the minor changes in the task interface.

First, human-readable task interfaces aren't often translated into machine-readable form.

These results suggest that the integration of computational behavioral models provides a useful, practical method for predicting the effects of secondary-task interface use on primary-task performance.

The internal structure of both task knowledge and interface knowledge is considered to make the task-interface matching comprehensive.

10 HFE explores a problem by looking at the people within a system, their interactions with each other and the system and then redesigning the tasks, interfaces and system.

Explore and define a problem by looking at the humans and the rest of the system (HFE and QIS), Redesign the tasks, interfaces and system (HFE), Define the elements of the intervention and process measures (QIS and HFE), Implement the change using expertise in improvement methodology, facilitation and coaching skills, and recognition and reworking of barriers (QIS and HFE).

The real-time inter-task communication channel presented in this paper is addressed from two perspectives: a unified inter-task communication interface and a combined task and message scheduling scheme.