Bec, Krzysztof B.||Huck, Christian <br/><br/>
Advances in Near Infrared Spectroscopy and Related Computational Methods 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>n/a||pocket-sized spectrometer||standard germination tests||total hydroxycinnamic derivatives||hyperspectral image||quantitative analysis modeling||tissue||chemotherapy||FTIR spectroscopy||cheese||biomeasurements||chemometrics||affine invariance||rapid identification||biodiagnosis||bioanalytical applications||fat||NIRS||pixel-wise||paraffin-embedded||late preterm||maize kernel||photonics||hyperspectral image processing||image processing||colorectal cancer||test set validation||deep convolutional neural network||near-infrared fluorescence||classification||variety discrimination||near-infrared hyperspectral imaging||ensemble learning||light||origin traceability||Paris polyphylla var. yunnanensis||Fourier transform mid-infrared spectroscopy||dry matter||Fourier transform infrared spectroscopy||hyperspectral imaging||FT-NIR spectroscopy||proximal sensing||perfusion measurements||near-infrared spectroscopy||stained||carotenoids||cellular imaging||perturbation||direct model transferability||clinical classifications||counterfeit and substandard pharmaceuticals||hyperspectral imaging technology||spectral imaging||SVM||nutritional parameters||extra virgin olive oil||ethanol||osteopathy||living cells||object-wise||water-mirror approach||Chrysanthemum||bootstrapping soft shrinkage||FTIR||PLS-R||multivariate data analysis||combination bands||binary dragonfly algorithm||geographical origin||Vitis vinifera L.||glucose||detection||di-(2-picolyl)amine||non-destructive sensor||splanchnic||adulteration||animal origin||melamine||artemether||MicroNIR™||brain||fluorescent probes||Folin–Ciocalteu||SCiO||support vector machine||anharmonic quantum mechanical calculations||PLSR||Zn(II)||RMSEP||overtones||blackberries||pasta/sauce blends||FT-IR||partial least squares calibration||partial least squares (PLS)||auxiliary diagnosis||handheld near-infrared spectroscopy||precision viticulture||partial least squares||seeds vitality||freeze-damaged||near infrared||discriminant analysis||corn seed||quantum chemical calculation||anharmonic calculation||Trichosanthis Fructus||moisture||analytical spectroscopy||Raman spectroscopy||NIR spectroscopy||calibration transfer||imaging||water||lumefantrine||BRAF V600E mutation||wavelength selection||bone cancer||imaging visualization||near infrared spectroscopy||raisins||chemometric techniques||data fusion||prepared slices||Ewing sarcoma||biomonitoring||Rubus fructicosus||VIS/NIR hyperspectral imaging||combinations bands||quantitative analysis model||partial least square regression||DFT calculations||TreeBagger||antimalarial tablets||accelerated aging||agriculture||crude drugs||spectroscopy||rice seeds||PLS||isotopic substitution||multivariate calibration||phytoextraction||Fourier-transform near-infrared spectroscopy||phenolics||deparaffinized||near-infrared (NIR) spectroscopy||SIMCA||counter propagation artificial neural network||fructose||PLS-DA||ultra-high performance liquid chromatography||aquaphotomics||support vector machine-discriminant analysis||hier-SVM||DNA||NIR||support vector machine model||API||principal component analysis