Sentence examples for closed tasks from inspiring English sources

Open or semi-open tasks in which the process and the outcome are not decided can address more dimensions of CT than closed tasks like step-by-step tutorials (Zhong, Wang, Chen, & Li, 2016).

Similar to the analysis of task engagement in L1 and L2 done by Lee (2011), closed tasks such as text reconstruction engage learners more than the open end tasks do (jigsaw task, dictogloss).

While word problems are often considered closed tasks that usually involve simplistic responses, problem solving and explorations gravitate toward mathematical modeling that require students to analyze a given situation, build model, and verify the model before applying it.

Eyes-closed task-free (one of the so-called resting states) electroencephalography (EEG) measures oscillatory electrical brain activity and captures dynamical processes at the macroscopic scale.

Rather, he says, the higher numbers appear to stem from the process by which inmates are assigned to correctional facilities, a behind-closed-doors task usually carried out by prison administrators.

More recently an in-vivo study which used fluoroscopy and electromyography (EMG) attempted to explain anterior tibial translation (ATT) and the role of hamstring-quadriceps co-activation in an ACL deficient population during both open and closed kinetic chain tasks (seated knee extension and step up respectively) [ 2].

A step-up task was used in order to be consistent with previously published studies [ 2], and because tibial translation was more likely to be seen during a closed kinetic chain task as opposed to an open chain task.

The ln LF of post-KPT rest with eyes open was significantly higher than that of pre-KPT rest with eyes open and closed, KPT dual-task session, KPT answer session, and post-KPT rest with eyes closed.

This paper presents the development of a steering robot designed for closed-loop steering tasks during evasive maneuvers.

For the closed-set identification tasks, it was decided that the complex stimuli to be identified would be brief vowels for hearing, orthographic letters in vision, and highly identifiable tactile patterns (Cholewiak & Craig, 1984) in touch.

The specific contribution of afferent feedback from skeletal muscles to central command modulation in humans have been investigated by Amann et al. via attenuation of afferent feedback from skeletal muscles during a closed loop exercise task (i.e., time trials were subjects that regulated the power output to achieve the best possible time) [ 67].