Sentence examples for inclusion of feedback from inspiring English sources

The basic idea with test-enhanced learning—"test yourself during initial learning"—implies that the knowledge level is generally low, and hence that the inclusion of feedback is a critical factor to support improvement in learning.

In this part of the case study the nominal disturbance rejection is improved by inclusion of feedback from internal tray concentrations and feedforward from disturbances in the feed-flow rate.

Since the performance measure depends explicitly on the application, the inclusion of feedback structures and choice of appropriate feedback variables are presented on example of optical character recognition in industrial application.

What made this model so entirely comprehensive and unique was the inclusion of feedback from the victims and batterers as well as the outreach and multi-meetings that took place to make sure anyone that could possibly be involved in the process was on the same page.

The inclusion of feedback and temporal features makes the model dynamic and non-linear rather than static and linear.

1– 5 Such biological reactions can generate spatio-temporal structures that derive from the inclusion of feedback, autocatalysis, and other non-linear influences on rate.

However, the inclusion of feedbacks due to changes in the natural land and ocean carbon sinks has the advantage of more directly linking man-made greenhouse gas emissions with the ensuing global temperature increase.

Spatial-temporal patterns of land-use and interrelated community income changes driven from the two feedback mechanisms are compared in order to evaluate the added value of the inclusion of secondary feedback loop learning.

The inclusion of additional feedback to the student from the kinematic data allows for more precise and immediate feedback beyond a simple yes/no of success with the performance of ETI.

Inclusion of "positive feedback loops" suggests that global average temperatures could reach as high as 8C by then.

The inclusion of sensory feedback circuits related to Golgi tendon organs and skin mechanoreceptors in our computer simulations is thus a prerequisite to obtain complete neurobiomechanical insights into the effects of trunk posture on the sensory feedback circuits contributing to the production of gait.