Sentence examples for changes in real world from inspiring English sources

We translate the most cutting-edge research and proven strategies for helping children and families into sustainable practice changes in real world settings.

Conversely, even if a patient acquires certain neurocognitive skills but continues to experience mild mood symptomatology, changes in real world behavior might lag or not manifest at all.

Aspects of the decision making process that may change in real world policy decision contexts compared to our simple illustrative case, are that more patients could be involved and that more criteria (not all relating directly to the patient experience) may be considered relevant by the decision makers.

The Boolean model assumes that a gene is either ON or OFF and that the quantitative changes seen in real world GRNs can be produced by the state changes generated by the regulatory interactions.

Together, our community drives important changes in real-world business practices all over the world.

Many AR apps for both Android and Apple's iOS are still pretty lousy at things like placing virtual objects on surfaces that aren't perfectly flat, or accounting for changes in real-world lighting.

The resulting beamformer weights are frozen and used for the remainder of the frame despite changes in real-world scenario, which considerably degrade the output signal-to-interference-plus-noise ratio (SINR) performance in nonstationary environments [10].

Examples of things are household appliances, security equipment, sensors and actuators, bottles of wine, surveillance equipment, goods in a supermarket, etc. Sensors and identification devices could provide real-time information to enrich virtual-world applications, allowing changes in real-world objects to be reflected in virtual environments.

For example, serial dependence may be a factor in change blindness, or our poor ability to detect even large and salient changes in real-world events (e.g. [14], [15]).

In system design, the best system designed under a simple experimental environment may not be suitable for application in real world if dramatic changes caused by uncertainties contained in the real world are considered.

An integration of quantitative genetics with mechanistic and conceptual models of plant response to mineral stresses is needed if we are to understand plant response to global change in real-world soils.