Sentence examples for biologically implemented from inspiring English sources

We demonstrate the best designs for pairs of encoding and decoding rules, and show how those designs can be biologically implemented by using some examples.

The reprogramming of cell fate with open-loop or closed-loop synthetic control circuits along with biologically implemented logical functions have fostered applications spanning over a wide range of disciplines, including artificial insemination, personalized medicine and the treatment of cancer and metabolic disorders.

Even though the parameters are responsible for the occurrence of these bifurcations, it is nevertheless the underlying mechanism (how the architecture is biologically implemented) that makes them possible.

How this model might be biologically implemented remains to be elucidated, but one possibility is that cross-modal coherence between stimulus modalities enables neural activity patterns in visual cortex to reinforce the activity elicited by the coherent auditory stream in auditory cortex (Ghazanfar and Schroeder, 2006; Bizley and King, 2012).

A biologically inspired neuromolecular architecture implemented on digital circuits is proposed in this paper.

Therefore a more biologically realistic scenario was implemented, in which stimulus input occurs every time-step irrespective of the activity status of the ants, thereby enabling many ants to work simultaneously [62].

Other biologically relevant approaches have implemented TD-learning in the context of place field guided navigation models in the hippocampus (Foster et al. 2000; Krichmar et al. 2005).

To rapidly and efficiently evaluate thousands of compounds across many biologically relevant targets, we implemented an automated robotic system in the Tox21 compound-screening process (Attene-Ramos et al. 2013b).

The objective of this study is to develop an intelligent controller and to implement biologically inspired push recovery for humanoid robots.

Beyond data related to specific tasks to be emulated by models, each of these levels also lays emphasis on principles of computation that must be obeyed to really implement biologically inspired computations.

Known patterns of adaptive genetic variation in P. chilensis could be used to implement biologically sound gene conservation and breeding programs and to provide guidelines for seed transfer for afforestation and reforestation The objectives of this work were to explore the adaptive strategy of P. chilensis (Mol) Stuntz in order to provide some orientation for the species genetic management.