Sentence examples for coordination and dynamic from inspiring English sources

In this paper we explore and exploit the relationship between the notions of coordination and (dynamic) configuration and we illustrate the potential of control- or event-driven coordination languages to be used as languages for expressing dynamically reconfigurable software architectures.

For both types of training, the observed clinical improvements are paralleled by recoveries in ataxia-specific dysfunctions (e.g., multijoint coordination and dynamic stability).

Moreover, elements of functional training with graded difficulty of motor tasks should be introduced in patients while performing different kinds of locomotor activities, neuromuscular coordination, and dynamic proprioception.

The clinical improvement in ataxia severity was paralleled by improvements in quantitative measures of gait (lateral sway, step length variability) [ 43] and, even more importantly, by improvements in ataxia-specific dysfunctions like multijoint coordination and dynamic stability [ 44].

Multiple MAPK regulatory features related to signal strength, signal duration, compartmental localization, coordination through scaffolds/inhibitors, and dynamic behaviors have been characterized.

This takes us into the realm of cortical gain control and neuromodulation – that may be closely tied to synchronous gain and the oscillatory dynamics associated with binding, attention and dynamic coordination (Fries, Womelsdorf, Oostenveld, & Desimone, 2008; Womelsdorf & Fries, 2006).

Understanding how to enhance cooperation and coordination in distributed, open, and dynamic multiagent systems has been a grand challenge across disciplines.

In addition, when the SDR software and hardware modules are reconfigured according to the protocol operations specified in our spectrum access scheduling approaches, there are extra hardware/software codesign and dynamic coordination issues.

We then investigate a practical finite-rate feedback design that simultaneously supports interference coordination, joint transmission (JT), and dynamic point selection (DPS) with a varying number of cooperating transmission points while operating a single-cell transmission as a fallback mode.

In woody plants, xylogenesis is an exceptionally strong carbon sink requiring robust transcriptional control and dynamic coordination of cellular and metabolic processes directing carbon allocation and partitioning into secondary cell wall biosynthesis.

The method automatically adjusts the weights of the AVR tunnel and PSS tunnel on-line according to different operating conditions by a set of fuzzy logic rules, aiming to improve the overall optimal excitation control performance by the coordination of voltage control and dynamic stability control.