Radiometric accuracy and bio-optical modelling
Marine bio-optical properties applied to biogeochemical modelling
... Analysis optical community to explore possible empirical relationships between biogeo- chemical variables (especially chlorophyll a, which is a proxy for phytoplankton biomass [Cullen, 1982]), and the ...
152
IR Instrument Thermal Background Modelling and Radiometric Analysis
... © 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 680 mathematical simplicity. Two coefficients are generated for each dataset and the values are stored in excel sheet for future ...
5
The proof of concept of a fused radiometric and optical stereoscopic imaging system
... pincushion effect is symmetric it will be unnecessary to use an entire grid of measure- ments; a quarter of the grid will show the same disparity response as the other three. By reducing the grid size it should be ...
156
Inference of Cloud Optical Depth from Aircraft-Based Solar Radiometric Measurements
... with optical and physical dimensions similar to those of Scene B (see their ...the accuracy of (21) near the modes, sug- gests that when integrated horizontally, local radiative transfer for Scene B is ...
19
Saturation of water reflectance in extremely turbid media based on field measurements, satellite data and bio-optical modelling
... inherent optical properties (IOPs), namely the light backscattering and absorption coefficients, can also be retrieved by inversion of the remote sensing reflectance (R rs ) or equivalent water-leaving reflectance ...
18
Radiometric inter-sensor cross-calibration uncertainty using a traceable high accuracy reference hyperspectral imager
... t Optical earth observation (EO) satellite sensors generally suffer from drifts and biases relative to their pre-launch calibration, caused by launch and/or time in the space ...and accuracy that can be ...
25
Enhancing accuracy and precision of transparent synthetic soil modelling
... enables realistic processes to be modelled such as rotational installation. A wide range of aggregate materials have been used as an analogue to represent coarse- and fine-grained soils which form a transparent continuum ...
14
Modelling of Optical Gates for Quantum Information Processing.
... 2.3 Modeling the exciton state In the previous section, a single-particle model of the QD has been described. Two kinds of non-interacting particles are considered: electrons and heavy- holes, distinguished by their ...
148
Tissue perfusion modelling in optical coherence tomography
... In general, perfusion is the process of delivering blood to capillaries in examined bio- logical tissues. Perfusion analysis can be classified as a method of functional imaging and it forms an important part of ...
16
A novel near real-time quality-control procedure for radiometric profiles measured by Bio-Argo floats: protocols and performances
... each radiometric channel have been acquired. As these radiometric data are collected out of an operator’s control and regardless of meteorological conditions, specific and automatic data processing ...
15
SRS BIO OPTICAL WORKFLOW
... Send files to the eMII Project officer by email QA/QCed Excel data files QA/QCed Excel data files at eMII SRS Data officer Convert data into NetCDF format Two to three wee[r] ...
7
Radiometric Accuracy and Stability of Sentinel-1A Determined using Point Targets
... the radiometric and polarimetric calibration of Sentinel-1A by the analysis of point target responses of several acquisitions considering different modes, beams, and polarization ...a radiometric refinement ...
9
Bio-Photonics Lab: Optical Tweezers
... of optical tweezers, or optical trapping, to the scientific ...the optical system called optical tweezers gives rise to a 3-dimensional ...dimensions. Optical tweezers consist of a ...
9
Accuracy assessment and interpretation for optical tracking systems
... sufficient accuracy complicate matters by providing measurements having non-uniform error distributions throughout their measurement ...Polaris optical tracking systems, many are applicable to spatial ...
12
Evaluation of the Range Accuracy and the Radiometric Calibration of Multiple Terrestrial Laser Scanning Instruments for Data Interoperability
... range accuracy and evaluate the manufacturer’s radiometric calibration for the uncalibrated return ...range accuracy between instruments is comparable and within the manufacturer’s ...that ...
9
Quality of rapeseed bio-fuel waste: optical properties
... the optical properties of selected bio-fuel ...independent optical methods: UV-Vis spectroscopy, infrared spectroscopy and chromametric measurements were applied to establish the possible quality ...
6
Bio-optical characteristics and morphometry of a temperate zone lake
... R ESUMEN El objetivo de este trabajo fue evaluar la correlación entre sensores de campo e imáge- nes satelitales en la caracterización bio-óptica de la laguna Chasicó (Argentina) en el período febrero-abril de ...
18
Optical solar sail degradation modelling
... far Optical degradation is important for high-fidelity solar sail mission analysis, because it decreases both the magnitude of the solar radiation pressure force acting on the sail and also the sail control ...
37
Modelling chaos in asymmetric optical fibres
... for optical operations in the MIR region [1, ...low optical loss, optically clad, lanthanide ion doped GeAsGaSe core/GeAsGaSe cladding chalcogenide fibre as a crucial milestone towards the realisation of ...
5
Modelling of an optical time division demultiplexer
... 3.7.3 Gain saturation. The appearance of these components led to intensive effort on subpicosecond gain dynamics in optical amplifying devices. The dependence of the gain dynamics on pulse widths had not been ...
215