Myo control attempts to understand what each of the 14 muscles in the arm are doing, then deconvolve the signal into individual channels that map out to muscles.
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If they can build an accurate online map CTRL-Labs believes there is no reason to have a keyboard or mouse Myo control attempts to understand what each of the 14 muscles in the arm are doing, then deconvolve the signal into individual channels that map out to muscles.
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The alternative is to use wide beams and deconvolve the signal using spatial filters. The medical industry has driven improvements in x-ray technology, so portable x-ray generators are available. In principle, the short wavelength would allow high- resolution images, but it may take too long because the intensity must be kept low to limit exposure of humans to the radiation. Also, only mines less than 10 centimetres deep would be imaged.
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Tetralin eluted at approximately 35 minutes using the GC-MS method conditions, whereas the analyte had a retention time of less than 7 minutes when the GC-VUV method was applied. The co-elution of m- and p-xylene occurred in both GC-MS and GC-VUV method runs. VUV software matched the analyte absorbance of both isomers with VUV library spectra (Figure 2) to deconvolve the overlapping signals as displayed in Figure 6.
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Both of these types of isotopes are useful to scientists. Radioactive isotopes are generally more useful on shorter timescales, such as investigating modern circulation of the ocean using 14C, while stable isotopes are generally more useful on longer timescales, such as investigating differences in river flow with strontium stable isotopes. These isotopes are used as tracers to study various phenomena of interest. These tracers have a certain distribution spatially, and so scientists need to deconvolve the different processes that affect these tracer distributions.
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VUV absorption is additive, meaning that overlapping peaks give a spectrum that corresponds to the sum absorbance of each compound. The individual contribution of each analyte can be determined if the VUV spectra for co-eluting compounds are stored in the VUV library.K.A. Schug, I.C. Santos. Recent advances and applications of gas chromatography vacuum ultraviolet spectroscopy, J. Sep. Sci. 2017, 40, 138–151 The ability to differentiate coeluting analyte spectra and use them to deconvolve the overlapping signals is demonstrated in Figure 4.
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The hemodynamic response is slow compared with fast neuronal activities. Therefore, Gitelman and colleagues proposed to first deconvolve the BOLD time series of the seed with hemodynamic response function, so that the resulting "neuronal level" signals could match with the timing of the task design (the psychological variable). Before the multiplication, both the psychological and physiological variables should be centered. If an fMRI experiment is designed with multiple conditions, then there will be multiple psychological variables included in the model.
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One topic that environmental isotopes are used to study is the circulation of the ocean. Treating the ocean as a box is only useful in some studies; in depth consideration of the oceans in general circulation models (GCM's) requires knowing how the ocean circulates. This leads to an understanding of how the oceans (along with the atmosphere) transfer heat from the tropics to the poles. This also helps deconvolve circulation effects from other phenomena that affect certain tracers such as radioactive and biological processes.
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VUV detectors complement mass spectrometry, which struggles with characterizing constitutional isomers and compounds with low mass quantitation ions. VUV spectra can also be used to deconvolve analyte co- elution, resulting in an accurate quantitative representation of individual analyte contribution to the original response.H. Fan, J. Smuts, L. Bai, P. Walsh, D.W. Armstrong, K.A. Schug, Gas chromatography–vacuum ultraviolet spectroscopy for analysis of fatty acid methyl esters, Food Chem. 2016, 194, 265–271 This characteristically lends itself to significantly reducing GC runtimes through flow rate-enhanced chromatographic compression.
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An advantage of explosive sources is that the seismic signal (known as the seismic wavelet) is minimum phase i.e. most of the wavelet's energy is focused at its onset and therefore during seismic processing, the wavelet has an inverse that is stable and causal and hence can be used in attempts to remove (deconvolve) the original wavelet. A significant disadvantage of using explosive sources is that the source/seismic wavelet is not exactly known and reproducible and therefore the vertical stacking of seismograms or traces from these individual shots can lead to sub-optimal results (i.e. the signal-to-noise ratio is not as high as desired).
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