Sentences with phrase «high frequency components»

Using the statistical structure of temporal correlations in fluctuations for generated and forecast power time series, we quantify two types of forecast error: a timescale error (eτ) that quantifies deviations between the high frequency components of the forecast and generated time series, and a scaling error (eζ) that quantifies the degree to which the models fail to predict temporal correlations in the fluctuations for generated power.

You are assuming that the response to low frequency components is the same as that to high frequency components.

(i) representing HadCRUT3 as a sum MUL + SOL + DEC of low, medium, and high frequency components, with MUL as the component of primary interest defined as F3 (HadCRUT3);

For example, a moving average is just a simple noise - reduction technique, where very short - term fluctuations («high frequency components») are averaged away, leaving the smoother influence of longer - term fluctuations.

The researchers then measured heart rate variability in the infants to test whether measuring the high frequency component of heart rate variability may be used as a way to predict an infant's NEC risk before disease onset.

You are not wrong in visualizing this as higher frequency components influencing, or being influenced by, the multidecadal component.

In the WKT piece, higher frequency components of 15 indices are analyzed for cross-correlation.

But the Global SST anomalies outside of the tropical Pacific are not responding to the low frequency component; they are responding to the high frequency component:

In short, ignore Yamal.SPL, since it is just the high frequency component of Yamal.RCS and therefore irrelevant to climate reconstruction.

So the climate change signal is swimming uphill in the MSE criterion just because it's narrowband, let alone that it's amplitude is small compared to higher frequency components.

Not exact matches

The semiconductor gallium arsenide (GaAs) is widely used, for instance in infrared remote controls, the high - frequency components of mobile phones and for converting electrical signals into light for fibre optical transmission, as well as in solar panels for deployment in spacecraft.

A three - way speaker design gives you improved frequency coverage without the complex installation and higher price of component systems.

Although Phiar's metal - insulator technology could become a crucial component of future high - frequency imaging systems or communications networking equipment, it is not meant to perform the kind of processing that silicon does so well.

Demand for higher bandwidth in wireless communications and depiction for security applications has led to intensified research on systems and components intended for terahertz frequencies.

High - frequency transistors, amplifiers, optical modulators, capacitors, photo - detectors and other electrical components made from graphene are all being investigated.

This high frequency observation was made possible by the combination of ideal atmospheric condition (dryness) of the Atacama Desert, high surface accuracy of the antenna, and proper functions of all components as an entire array system including the Band 10 receiver.

We characterize the main emission lines found in the spectrum, which primarily arise from a range of components associated with Orion KL including the hot core, but... ▽ More We present the first high spectral resolution observations of Orion KL in the frequency ranges 1573.4 - 1702.8 GHz (band 6b) and 1788.4 - 1906.8 GHz (band 7b) obtained using the HIFI instrument on board the Herschel Space Observatory.

Originally, scientists believed the low - frequency component of HRV originated from the sympathetic nervous system (flight or fight) and the high - frequency from the parasympathetic (rest and relax).

So we are working with sound and the components of frequency to affect different functions within our lives — from the low to the mid to the high frequencies — in very specific ways, but then there are other features, like the tempo, the pace of the music, right?

The very very last thing that I add in and sometimes it can be a good 12 - 15 weeks before I add in this component is chronic competitive motion where it's okay, we're actually going out to go on a bike ride or swim or run or something that is metabolic conditioning roadwork because that's the stuff in someone that is overtrained who often times has their parasympathetic nervous system really really beat up you know, if you test their heart rate variability, the number called there high frequency is really really consistently low you know usually because there are triathletes or marathoners that's more often I'm dealing with those people with adrenal fatigue than I am with like a cross fitter who's kind of an opposite sympathetic nervous system fatigue issue but with those parasympathetic nervous fatigue, the last thing we add back in is the swimming and the biking and the running because it's important to realize that when you're trying to recover from adrenal fatigue or overtraining, even if you're doing like an easy swim or an easy bike ride or an easy run, if you're a triathlete or a marathoner or a swimmer or a cyclist, those easy sessions send a message to your body that you're training, that you're running from a lion and you still get that hormonal depletion and it's so easy for you to just turn into a depletion session and so that's the very very last thing that I'll add back in so that's kinda like the crow's eye view of you know, the type of things that I'll implement in a program for overtraining recovery, you know and you know, this is something that people hire me to walk them through.

To that end, the updated car boasts revised suspension components and geometry that calm some of the higher frequency disturbances that made their way to the driver's seat in the previous model.

The novel thing about this paper is the use of wavelets (a statistical tool common in image - processing software) to separate the low and high - frequency components of the data.

Roughly speaking, the frequency spectrum of the noise (El Nino etc) has components at higher frequencies than those of the signal (CO2), so differentiation (finding the trend) worsens the signal to noise ratio.

Suppose for the sake of argument that ENSO and SOL and all those higher - frequency components don't exist at all in HadCRUT3 − SAW and that it is exactly tracking my AGW model.

Your primitive idea that noise is a predominantly high - frequency phenomenon is contradicted by all known noise models; low - pass filtering removes signal and noise components idiscriminately.

VP: «Suppose for the sake of argument that ENSO and SOL and all those higher - frequency components don't exist at all in HadCRUT3 − SAW and that it is exactly tracking my AGW model.

I've explained those components as consisting of those frequencies that are too high to have any bearing on long - term climate, thereby justifying removing them so as to make the unexplained multidecadal variance visible.

I accept the attenuation of higher frequencies but the biggest component, the fundamental, which accounts for a large part of the total signal is totally AWOL.

The entire idea of higher - frequency components (the power spectrum of the Nino3.4 record peaks at ~ 5.5 a periods) producing multidecadal oscillations upon integration is mathematically impossible.

How circulation aliases high frequency equatorial Pacific components onto nonstationary spatiotemporal modes elsewhere and what pattern variations emerge with variable aggregation criteria is another matter.

I suggest educating yourself about the mathematical techniques which are routinely used to separate a signal into high - frequency, short - term and low - frequency, long - term components.

Heil, P. and W. D. Hibler III, 2002, Modeling the high - frequency component of Arctic sea ice drift and deformation, J. Phys.

Represented Rogers Corporation (NYSE: ROG), a global technology leader in specialty materials and components, in its $ 157 million acquisition of Arlon, a global provider of high - frequency circuit materials and engineered silicones

This collection of inductors, capacitors, and resistors splits up the incoming audio signal into a high frequency and low frequency component.

Premium components, like Mylar bypass capacitors, boost performance to extend response in higher, more detail - oriented frequencies.

Equipped with premium audio components, the TWS Micro earphones deliver crisp, balanced audio that nails the full spectrum of low and high frequency tones.