Advanced Mathematical And Computational Tools In Metrology And Testing X

Fostering Diversity of Thought in Measurement Science (F Pavese and P De Bievre); Polynomial Calibration Functions Revisited: Numerical and Statistical Issues (M G Cox and P Harris); Empirical Functions with Pre-Assigned Correlation Behaviour (A B Forbes); Models and Methods of Dynamic Measurements: Results Presented by St. Petersburg Metrologists (V A Granovskii); Interval Computations and Interval-Related Statistical Techniques: Estimating Uncertainty of the Results of Data Processing and Indirect Measurements (V Ya Kreinovich); Classification, Modeling and Quantification of Human Errors in Chemical Analysis (I Kuselman); Application of Nonparametric Goodness-of-Fit Tests: Problems and Solution (B Yu Lemeshko); Dynamic Measurements Based on Automatic Control Theory Approach (A L Shestakov); Models for the Treatment of Apparently Inconsistent Data (R Willink); Model for Emotion Measurements in Acoustic Signals and Its Analysis (Y Baksheeva, K Sapozhnikova and R Taymanov); Uncertainty Calculation in Gravimetric Microflow Measurements (E Batista, N Almeida, I Godinho and E Filipe); Uncertainties Propagation from Published Experimental Data to Uncertainties of Model Parameters Adjusted by the Least Squares (V I Belousov, V V Ezhela, Y V Kuyanov, S B Lugovsky, K S Lugovsky and N P Tkachenko); A New Approach for the Mathematical Alignment Machine Tool-Paths on a Five-Axis Machine and Its Effect on Surface Roughness (S Boukebbab, J Chaves-Jacob, J-M Linares and N Azzam); Goodness-of-Fit Tests for One-Shot Device Testing Data (E V Chimitova and N Balakrishan); Calculation of Coverage Intervals: Some Study Cases (A Stepanov, A Chunovkina and N Burmistrova); Application of Numerical Methods in Metrology of Electromagnetic Quantities (M Cundeva-Blajer); Calibration Method of Measuring Instruments in Operating Conditions (A A Danilov, Yu V Kucherenko, M V Berzhinskaya, N P Ordinartseva); Statistical Methods for Conformity Assessment When Dealing with Computationally Expensive Systems: Application to a Fire Engineering Case Study (S Demeyer, N Fischer, F Didieux and M Binacchi); Overview of EMRP Joint Reserch Project NEW06 "Traceability for Computationally-Intensive Metrology" (A B Forbes, I M Smith, F Hartig and K Wendt); Stable Units of Account for Economic Value Correct Measuring (N Hovanov); A Novel Approach for Uncertainty Evaluation Using Characteristic Function Theory (A B Ionov, N S Chernysheva and B P Ionov); Estimation of Test Uncertainty for TraCIM Reference Pairs (F Keller, K Wendt and F Hartig); Approaches for Assigning Numerical Uncertainty to Reference Data Pairs for Software Validation (G J P Kok and I M Smith); Uncertainty Evaluation for a Computationally Expensive Model of a Sonic Nozzle (G J P Kok and N Pelevic); EllipseFit4HC: A MATLAB Algorithm for Demodulation and Uncertainty Evaluation of the Quadrature Interferometer Signals (R Koning, G Wimmer and V Witkovsky); Considerations on the Influence of Test Equipment Instability and Calibration Methods on Measurement Uncertainty of the Test Laboratory (A S Krivov, S V Marinko and I G Boyko); A Cartesian Method to Improve the Results and Save Computation Time in Bayesian Signal Analysis (G A Kyriazis); The Definition of the Reliability of Identification of Complex Organic Compounds Using HPLC and Base Chromatographic and Spectral Data (E V Kulyabina and Yu A Kudeyarov); Uncertainty Evaluation of Fluid Dynamic Simulation with One-Dimensional Riser Model by Means of Stochastic Differential Equations (E A O Lima, S B Melo, C C Dantas, F A S Teles and S Soares Bandiera); Simulation Method to Estimate the Uncertainties of ISO Specifications (J-M Linares and J M Sprauel); Adding a Virtual Layer in a Sensor Network to Improve Measurement Reliability (U Maniscalco and R Rizzo); Calibration Analysis of a Computational Optical System Applied in the Dimensional Monitoring of a Suspension Bridge (L L Martins, J M Rebordao and A S Ribeiro); Determination of Numerical Uncertainty Associated with Numerical Artefacts for Validating Coordinate Metrology Software (H D Minh, I M Smith and A B Forbes); Least-Squares Method and Type B Evaluation of Standard Uncertainty (R Palencar, S Duris, P Pavlasek, M Dovica, S Slosarcik and G Wimmer); Optimising Measurement Processes Using Automated Planning (S Parkinson, A Crampton and A P Longstaff); Software Tool for Conversion of Historical Temperature Scales (P Pavlasek, S Duris, R Palencar and A Merlone); Few Measurements, Non-Normality: A Statement on the Expanded Uncertainty (J Petry, B De Boeck, M Dobre and A Peruzzi); Quantifying Uncertainty in Accelerometer Sensitivity Studies (A L Rukhin and D J Evans); Metrological Aspects of Stopping Iterative Procedures in Inverse Problems for Static-Mode Measurements (K K Semenov); Inverse Problems in Theory and Practice of Measurements and Metrology (K K Semenov, G N Solopchenko and V Ya Kreinovich); Fuzzy Intervals as Foundation of Metrological Support for Computations with Inaccurate Data (K K Semenov, G N Solopchenko and V Ya Kreinovich); Testing Statistical Hypotheses for Generalized Semiparametric Proportional Hazards Models with Cross-Effect of Survival Functions (M A Semenova and E V Chimitova); Novel Reference Value and DOE Determination by Model Selection and Posterior Predictive Checking (K Shirono, H Tanaka, M Shiro and K Ehara); Certification of Algorithms for Constructing Calibration Curves of Measuring Instruments (T Siraya); Discrete and Fuzzy Encoding of the ECG-Signal for Multidisease Diagnostic System (V Uspenskiy, K Vorontsov, V Tselykh and V Bunakov); Application of Two Robust Methods in Inter-Laboratory Comparisons with Small Samples (E T Volodarsky and Z L Warsza); Validation of CMM Evaluation Software Using TraCIM (K Wendt, M Franke and F Hartig); Semi-Parametric Polynomial Method for Retrospective Estimation of the Change-Point of Parameters of Non-Gaussian Sequences (S V Zabolotnii and Z L Warsza); Use of a Bayesian Approach to Improve Uncertainty of Model-Based Measurements by Hybrid Multi-Tool Metrology (N-F Zhang, B M Barnes, R M Silver and H Zhou); Application of Effective Number of Observations and Effective Degrees of Freedom for Analysis of Autocorrelated Observations (A Zieba);