Sentence examples for more complex neural from inspiring English sources

Studies of older adults usually show that those who live this way possess more complex neural networks than those who do not.

This new, compact NLPCA model alleviates the aforementioned problems encountered when using the more complex neural network architecture for NLPCA.

Without requiring the presumably more complex neural machinery necessary to subserve associative learning, sensitization enables animals to respond to local variations in the occurrence of significant events.

An important advantage of the new approach is that it results in a simple and straightforward method and eliminates the necessity of a significantly more complex neural network based nonlinear optimal control technique, as proposed by the author earlier.

In this design, ceramic sample classification is achieved with three well-known methods, a standard statistical learning method termed k-Nearest Neighbours (k-NN), a method using Decision Trees (C4.5) and a more complex neural network based method known as Learning Vector Quantisation (LVQ).

Using a modest sized ANN, the proposed combination of input data transformations enables the achievement of a test error as low as 0.43%, which is up to standard compared to other more complex neural architectures like Convolutional or Deep Neural Networks.

The use of neural hardware supports the real time simulation of many more neurons, providing a platform for exploration of more complex simulated neural systems.

The simulation results confirm the validity of the proposed system and its suitability for the design of more complex spiking neural networks.

It certainly will open the possibility to employ more complex convolutional neural networks for image and video classifications in IoT [the internet of things] in the future". A new paper from graduate students in EECS details a newly-developed chip that allows neural networks to function offline, while drastically reducing power usage.

Consistent with this we have further shown that in the mouse the expression pattern of intermediate chain alternative splicing is richest (or more complex) in neural tissue.

However, as suggested by the present study, the mechanisms of stretch-induced injury in intact human bronchi appear to be more complex involving neural, mechanical, and mediator effects.