Sentence examples for remarkable processing from inspiring English sources

The results that are presented in Table 5 also demonstrate the quite reduced hardware cost of the devised proof-of-concept MST architecture, while offering a remarkable processing rate.

Taken together, our results suggest that the combination of STDP with latency coding may be a key to understanding the way that the primate visual system learns, its remarkable processing speed and its low energy consumption.

This has been largely due to the order-of-magnitude increases in MS sensitivity and selectivity as well as vast improvements in instrument control and automation attributed to the remarkable processing speed and data storage capacity of personal computers.

None of the other mutant stains showed remarkable processing phenotypes, except Ins11 which displayed abnormal 21S RNA in parallel with a disappearance of 27SA2 RNA, indicative of defective cleavage at site A2.

The attractiveness of ANNs comes from their remarkable information processing characteristics pertinent mainly to nonlinearity, high parallelism, fault and noise tolerance, and learning and generalization capabilities.

The immune system is a remarkable information processing and self learning system that offers inspiration to build artificial immune system (AIS).

The human brain has evolved remarkable visual processing capabilities to analyze patterns and images.

In fact, since the abolition was announced, the smaller team of staff now there have made remarkable achievements in processing FOI applications.

The models can be associated to a coupled methodology for the analysis and design of floating production systems (FPS), providing fairly accurate results for the platform motions and the parameters of the structural response of the lines, with remarkable reductions in processing time.

On the other hand, the three trajectories of symbolic numerical magnitude processing revealed remarkable and stable differences in children's arithmetic fact retrieval, which stresses the importance of symbolic numerical magnitude processing for learning arithmetic.

The neuronal circuitry of spinal nociceptive processing displays remarkable cellular and synaptic complexity (Todd, 2010).