Results 221 to 230 of about 201,433 (263)
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Applied Spectroscopy, 2004
The grating equation is used to generate quadratic calibration equations for multichannel detectors with perpendicular and tilted focal planes. The quadratic coefficients are not independent and contain terms that are used to solve for spectrometer-detector parameters.
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The grating equation is used to generate quadratic calibration equations for multichannel detectors with perpendicular and tilted focal planes. The quadratic coefficients are not independent and contain terms that are used to solve for spectrometer-detector parameters.
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Calibrating Parameters of Cost Functionals
2000We propose a new framework for calibrating parameters of energy functionals, as used in image analysis. The method learns parameters from a family of correct examples, and given a probabilistic construct for generating wrong examples from correct ones.
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The effects of experimental parameters and calibration on MTDSC data
International Journal of Pharmaceutics, 1999To produce accurate and artefact-free MTDSC data it is necessary to choose suitable experimental parameters (i.e. modulation period, temperature amplitude, sample mass and pan type). A poor choice of parameters can result in distortion of the modulation and inaccurate heat capacity data and can also affect the result of the deconvolution procedure ...
V L, Hill, D Q, Craig, L C, Feely
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Identification and calibration of the geometric parameters of robots
2006This paper presents a general method to identify the geometric parameters of serial robots. The robot location and the tool location parameters are taken into account. Experimental results are applied on a six degree of freedom robot of cylindrical type.
W. Khalid, J. L. Caenen, Ch. Enguehard
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Learning spectral calibration parameters for color inspection
Proceedings Eighth IEEE International Conference on Computer Vision. ICCV 2001, 2002Light sensor spectral calibration is an ill-defined problem. For the identification problem one needs a priori knowledge of the characteristics of the sensor which is difficult to get in most situations. A new methodology is presented in this paper that does not rely on any a priori knowledge of the sensor's characteristics. The method uses an extended
Paulo Carvalho 0001 +3 more
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Parameter calibration and inadequacy modeling in a computer experiment
Quality and Reliability Engineering International, 2011AbstractDeterministic simulation is a popular tool used to numerically solve complex mathematical models in engineering applications. These models often involve parameters in the form of numerical values that can be calibrated when real‐life observations are available.
Wenny Chandra, Dennis K. J. Lin
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An Algorithm for the Calibration of Wall-Wetting Model Parameters
SAE Technical Paper Series, 2003<div class="htmlview paragraph">Spark-ignited engines equipped by a three-way catalyst require a precise control of the air fuel ratio fed to the combustion chamber. A stoichiometric mixture is necessary for the proper working of the catalyst in order to meet the legislation requirement.</div> <div class="htmlview paragraph">A ...
Alessandro di Gaeta +5 more
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Temperature-Controllable Electrodes with a One-Parameter Calibration
ACS Sensors, 2019Electrically heated electrodes have been applied for various chemical and biological sensors. However, previous electrically heated electrodes, including microwires and microdiscs, are usually small and often suffer from the requirement of frequent calibrations of the electrode surface temperature ( Ts) at different environment temperatures.
Sen Yang +6 more
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Simultaneous Zonation and Calibration of Pipe Network Parameters
Journal of Hydraulic Engineering, 2003A procedure for simultaneously zoning and calibrating pipe network parameters is proposed and applied to the determination of pipe resistance coefficients. The methodology is aimed at grouping the parameters of all the pipes into a small number of zone parameters, constrained to keep the difference between the computed and the measured water heads ...
Bascià, A., TUCCIARELLI, Tullio
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1999
This chapter focuses on a critical dilemma faced in many GA applications: the optimum selection of the different GA parameters to ensure the GA’s rapid convergence—both on-line and off-line (Section 2.9). We address this task early in this text because the satisfactory resolution of it can either make or break the efficacy of the GA, for there is no ...
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This chapter focuses on a critical dilemma faced in many GA applications: the optimum selection of the different GA parameters to ensure the GA’s rapid convergence—both on-line and off-line (Section 2.9). We address this task early in this text because the satisfactory resolution of it can either make or break the efficacy of the GA, for there is no ...
openaire +1 more source