| Random sampling strategies for multivariate statistical process control to detect cyber-physical manufacturing attacks |
120:M |
QCAS / 68 / 3-4 / 177 |
| New dynamic reliability assessment method based on process capability index and fault importance index |
120:Y |
QCAS / 68 / 3-4 / 181 |
| A new capability index for non-normal distributions based on linex loss function |
120:Y |
QCAS / 68 / 3-4 / 185 |
| Process control and quality performance: The role of shop-floor leadership practices |
120:Y |
QCAS / 68 / 1-2 / 29 |
| An adversarial risk analysis framework for batch acceptance problems |
120:Y |
QCAS / 67 / 3-4 / 177 |
| Yield-based process capability indices for non-normal continuous data |
120:Y |
QCAS / 66 / 3-4 / 171 |
| Monitoring fractional nonconformance for short-run production |
120:M |
QCAS / 65 / 5-6 / 341 |
| Process capability in industry: Setting preliminary statistical specification limits |
120:Y |
QCAS / 64 / 3-4 / 191 |
| Multivariate ordinal categorical process control based on log-linear modeling |
120:Y |
QCAS / 64 / 1-2 / 37 |
| Prioritization of process improvement using risk evaluation in the manufacturing of biologics |
120:Y |
QCAS / 64 / 1-2 / 39 |
| A comparison of decision method for C_pk when data are auto- correlated |
120:Y |
QCAS / 58 / 5-6 / 451 |
| The moderating effects of supplier portfolio characteristics
on the competitive performance impacts of supplier-facing process capabilities |
120:Y |
QCAS / 58 / 5-6 / 453 |
| A generalized Cp criterion for derivative estimation |
120:Y |
QCAS / 58 / 1-2 / 29 |
| Deming, data and observational studies: A process out of
control and needing fixing |
120:Y |
QCAS / 58 / 1-2 / 31 |
| The development of a target-focused process capability index with multiple characteristics |
120:Y |
QCAS / 57 / 5-6 / 447 |
| Elliptical safety region plots for Cpk |
120:Y |
QCAS / 57 / 5-6 / 451 |
| A sensitivity study on the bootstrap confidence interval of the capability index Cpm |
120:Y |
QCAS / 55 / 4 / 311 |
| Quality performance analysis for the whole product family with multiple characteristics: Apply the cooling pump as an example |
120:Y |
QCAS / 55 / 3 / 187 |
| Improvement of economic integration of design with process capability index |
120:Y |
QCAS / 55 / 1-2 / 19 |
| A sensitivity study on the bootstrap confidence interval of the capability index Cpk |
120:Y |
QCAS / 54 / 1-2 / 23 |
| Assessing process capability based on the lower confidence bound of Cpk for asymmetric tolerances |
120:Y |
QCAS / 53 / 6 / 551 |
| A Bayesian estimator of process capability index |
120:Y |
QCAS / 52 / 5 / 483 |
| Measuring process performance based on expected loss with asymmetric tolerances |
120:Y |
QCAS / 52 / 5 / 485 |
| Production quality and yield assurance for processes with multiple independent characteristics |
120:Y |
QCAS / 52 / 3 / 261 |
| Permutation methods for comparing process capabilities |
120:Y |
QCAS / 52 / 3 / 263 |
| Supplier selection based on process capability and price analysis |
120:Y |
QCAS / 52 / 2 / 151 |
| Effect of testing normality on estimating process capability indices |
120:Y |
QCAS / 52 / 2 / 153 |
| Testing process capability based on Cpm in the presence of random measurement errors |
120:Y |
QCAS / 52 / 2 / 155 |
| Quantitative techniques to evaluate process stability |
120:Y |
QCAS / 52 / 2 / 157 |
| Assessing capability for hole location |
120:M |
QCAS / 52 / 1 / 25 |
| On statistical process control design |
120:Y |
QCAS / 52 / 1 / 27 |
| Capability indices and conformance to specification: The motivation for using Cpm |
120:Y |
QCAS / 51 / 5 / 491 |
| Capability index for relational functions: Inferential procedures |
120:Y |
QCAS / 51 / 5 / 497 |
| Assessing the process capability index for non-normal processes |
120:Y |
QCAS / 51 / 4 / 375 |
| Algebraic relationship between symmetrical and asymmetrical capability indices |
120:Y |
QCAS / 51 / 3 / 247 |
| Practical implementation of the capability index Cpk based on the control chart data |
120:Y |
QCAS / 51 / 2 / 139 |
| A Wald test for comparing multiple capability indices |
120:Y |
QCAS / 51 / 2 / 141 |
| Using statistical thinking and designed experiments to understand process operation |
120:Y |
QCAS / 51 / 1 / 33 |
| Improving process capability of manufacturing process by application of statistical techniques |
120:Y |
QCAS / 50 / 6 / 617 |
| Learning by doing: A series of hands-on projects for SPC |
120:Y |
QCAS / 50 / 5 / 503 |
| Evaluation of nonnormal process capability indices using generalized lambda distribution |
120:Y |
QCAS / 50 / 5 / 505 |
| Measuring banking operation performance by applying a process capability index |
120:Z |
QCAS / 50 / 4 / 365 |
| Quality loss functions for nonnegative variables and their applications |
120:Y |
QCAS / 49 / 6 / 603 |
| Application of neuro-fuzzy inference for process capability evaluation |
120:Y |
QCAS / 49 / 5 / 513 |
| Optimum mean location in a poor-capability process |
120:Y |
QCAS / 49 / 4 / 377 |
| Process capability analysis of a product family of larger-the-better |
120:Y |
QCAS / 49 / 4 / 379 |
| Capability analysis of complex parts |
120:M |
QCAS / 49 / 2 / 127 |
| Process capability optimization |
120:Y |
QCAS / 49 / 1 / 21 |
| Bootstrap confidence limits for short-run capability indices |
120:Y |
QCAS / 48 / 6 / 613 |
| Process capability improvement for multistage processes |
120:Y |
QCAS / 48 / 5 / 499 |
| Evaluating process capability for geometrical toleranced parts: A practical approach |
120:Y |
QCAS / 48 / 1 / 30 |
| Improvement of process capability through neural networks and robust design: A case study |
120:Y |
QCAS / 47 / 6 / 609 |
| Relative probability index Crp: An alternative process capability index |
120:Y |
QCAS / 47 / 5 / 489 |
| Process capability indices – A review, 1992-2000 |
120:Y |
QCAS / 47 / 5 / 491 |
| Large-sample interval estimators for process capability indices |
120:Y |
QCAS / 47 / 4 / 371 |
| Performance problems of families of non-normal process capability indices |
120:Y |
QCAS / 46 / 6 / 615 |
| Determination of the optimal process mean with the consideration of variance reduction and process capability |
120:Y |
QCAS / 46 / 5 / 499 |
| Comparison of three multivariate process capability indices |
120:Y |
QCAS / 46 / 4 / 379 |
| Monitoring processes with highly censored data |
120:Y |
QCAS / 46 / 2 / 139 |
| Target allocation for maximizing wear allowance of running fits based on process capability |
120:Y |
QCAS / 46 / 1 / 17 |
| A p chart for monitoring capability using sensitivity data |
120:Y |
QCAS / 45 / 6 / 615 |
| A capability index for multiple process streams |
120:Y |
QCAS / 45 / 5 / 503 |
| Estimation of vendor’s process capability from the lots screened to meet specifications |
120:Y |
QCAS / 45 / 4 / 377 |
| Composite capability index for multiple product characteristics |
120:Y |
QCAS / 45 / 3 / 253 |
| Process capability sensitivity analysis |
120:Y |
QCAS / 45 / 3 / 255 |
| Specification limits, capability indices and process centering in assembly manufacture |
120:M |
QCAS / 45 / 2 / 133 |
