'describe feedback' is a correct and usable phrase in written English.
It is generally used when asking someone to provide a detailed description of their feedback. For example: "Please describe the feedback you received from your supervisor."
This implies that, although causal information may be inferred, to a certain degree, by phase difference estimation[9], our approach is not able to describe feedback and feedforward pathways of closed loops separately, neither to discriminate between direct and indirect interactions[39].
We describe feedback from parents and staff experiences in text.
We provide a broad review of the best practices of giving feedback and describe feedback approaches used by several national faculty development programs that feedback recipients might borrow.
Process-based models that describe feedbacks between earthworms and soil abiotic properties explicitly are rare.
An augmented auditory feedback device comprised of a thin membrane switch mini-buzzer, and battery is described as a modification of a previously described feedback device.
Another interviewee, from a non-privileged background, described feedback he received from a mentor after an interview: "He said: 'You interviewed really well.' He said: 'You're clearly quite sharp, but … you're not quite the fit for [this bank] … you're not polished enough' … he looked at me and said: 'See that tie you're wearing?
(Vogel and Giese 2012) propose a new modeling language for explicitly describing feedback control loops as runtime megamodels (multiple models@runtime).
However, treatment with vitamin D also elevates FGF23 levels by virtue of a well described feedback loop [ 33].
The above described feedback between the evolution of higher-level conflict strategies and within-fight behaviour is a crucial determinant for this outcome.
In addition to the large body of literature on feedback in general, several studies have described feedback during physical examination skills training (Wigton et al. 1986; Dunnington et al. 1992; Tape et al. 1992; Schwind et al. 2001).
These results confirm DGK ability to act as a brake on T-cell activation and support studies describing feedback loops by which the Ras/ERK pathway regulates upstream molecules such as Lck.
