The phrase "artificial flexibility" is correct and usable in written English.
It can be used to describe a type of flexibility that is not natural or inherent, often created or imposed by external factors or systems.
Example: "The company's policies provide artificial flexibility, allowing employees to adjust their schedules but only within strict limits."
Alternatives: "manufactured flexibility" or "synthetic flexibility".
Combining model-based and model-free reinforcement learning systems in robotic cognitive architectures appears as a promising direction to endow artificial agents with flexibility and decisional autonomy close to mammals.
Such spaces improve efficiency through avoiding artificial conflicts, improving design flexibility, enhancing change management and assisting conflict resolution.
Mr. Aguerre also said that the technology could be suited to use in surfing competitions, with the consistency and flexibility of artificial waves making contests fairer and easier to judge.
Due to the strong flexibility of artificial neural networks (ANNs), a new method on ANN is presented to analyze the variance based importance measure (VBIM) of correlated input variables.
Under the flexibility mechanisms, an artificial market is created in which the emission allowances or emission reduction units are traded.
The technique, for given multiple target time series, simulates an identical shape of sample auto- and cross-spectra of target signals in records of calculated artificial signals and has great flexibility in controlling non-Gaussian distributional properties while preserving the auto- and cross-spectra.
However, the limited flexibility of these artificial folds does not appear to be an obstacle to the selection of high-affinity binders from these libraries.
'We have some excellent footballers who will be right at home on an artificial surface.' Terry Venables on the flexibility of English footballers, who can show their skills on plastic.
The major factors to consider in the design and purchase of process control and artificial intelligence software are functionality/intuitiveness, compatibility, flexibility, upgrade path, hardware requirements and cost.
Josh Tenenbaum, a professor at MIT who studies human intelligence, said that if we want to develop real, human-level artificial intelligence, we should study the flexibility and creativity that humans exhibit.
