SZodixStudyAcademic Library
ShelvesOpen access
Study · an open academic library·Metadata from OpenAlex (CC0)·Shelves·OpenAlex metadata, de-duplicated
Control Chart for Failure-Censored Reliability Tests under Uncertainty Environment
16 references·6 citing·45 second hop
Control Chart for Failure-Censored Reliability Tests under Uncertainty Environment (2018)Control Chart for Failure-Censored Reliab…A New Sampling Plan Using Neutrosophic Process Loss Consideration (2018)A New Sampling Plan Using Neu…Attribute Control Charts for the Weibull Distribution under Truncated Life Tests (2015)Attribute Control Charts for …Control Charts for Joint Monitoring of Mean and Variance: An Overview (2013)Control Charts for Joint Moni…Performance of t control charts in short runs with unknown shift sizes (2012)Performance of t control char…Process capability analyses based on fuzzy measurements and fuzzy control charts (2010)Process capability analyses b…Development of fuzzy X¯∼-R∼ and X¯∼-S∼ control charts using α-cuts (2008)Development of fuzzy X¯∼-R∼ a…A Bootstrap Control Chart for Weibull Percentiles (2005)A Bootstrap Control Chart for…α-Cut fuzzy control charts for linguistic data (2004)α-Cut fuzzy control charts fo…Robustness of the time between events CUSUM (2003)Robustness of the time betwee…Economic design of X control charts for non-normal data using variable sampling policy (2003)Economic design of X control …Economic statistical design of control charts for systems with Gamma(λ,2) in-control times (2002)Economic statistical design o…Economic-statistical design of X ¥ charts for non-normal data by considering quality loss (2000)Economic-statistical design o…An approach of fuzzy logic evaluation and control in SPC (2000)An approach of fuzzy logic ev…XandRControl Charts for Skewed Populations (1995)XandRControl Charts for Skewe…Nonparametric quality control charts based on the sign statistic (1995)Nonparametric quality control…Control Charts for Weibull Processes With Standards Given (1979)Control Charts for Weibull Pr…A Review and Perspective on Neutrosophic Statistical Process Monitoring Methods (2022)A Review and Perspective on N…Multiple Dependent State Sampling-Based Chart Using Belief Statistic under Neutrosophic Statistics (2020)Multiple Dependent State Samp…A New Dispersion Control Chart for Handling the Neutrosophic Data (2020)A New Dispersion Control Char…Design of S2N—NEWMA Control Chart for Monitoring Process having Indeterminate Production Data (2019)Design of S2N—NEWMA Control C…Design of a Control Chart Based on COM‐Poisson Distribution for the Uncertainty Environment (2019)Design of a Control Chart Bas…A New X-Bar Control Chart for Using Neutrosophic Exponentially Weighted Moving Average (2019)A New X-Bar Control Chart for…Introduction to Statistical Quality Control (1992)Fuzzy sets (1996)An alternative approach to fuzzy control charts: Direct fuzzy approach (2006)An application of fuzzy random variables to control charts (2010)Fuzzy exponentially weighted moving average control chart for univariate data with a real case application (2014)Design of a New Attribute Control Chart Under Neutrosophic Statistics (2018)The Effect of Non-Normality on the Control Limits of X Charts (1976)Skewness correction X and R charts for skewed distributions (2003)On t and EWMA t charts for monitoring changes in the process mean (2009)Fuzzy sets (1965)The design of a new repetitive sampling control chart based on process capability index (2015)Robust adaptive multivariate Hotelling's T2 control chart based on kernel density estimation for intrusion detection system (2019)CONTINUOUS INSPECTION SCHEMES (1954)Exact Results for Shewhart Control Charts With Supplementary Runs Rules (1987)The Effect of Sample Size on Estimated Limits forXandXControl Charts (1993)Distribution-free multivariate process control based on log-linear modeling (2008)Some perspectives on nonparametric statistical process control (2018)Nonparametric (distribution-free) control charts: An updated overview and some results (2019)The Economic Design of X Charts Used to Maintain Current Control of a Process (1956)The Economic Design of Control Charts: A Review and Literature Survey (1980)$\overline{X}$ Charts with Variable Sampling Intervals (1988)An adaptive chart for monitoring the process mean and variance (2006)Economic design of the VSSI control charts for correlated data (2006)An economic-statistical design of double sampling control chart (2009)An Approach to the Probability Distribution of Cusum Run Length (1972)Introduction to Statistical Quality Control (2001)Design of exponential control charts using a sequential sampling scheme (2006)Properties of the exponential EWMA chart with parameter estimation (2009)Designing of a new monitoring t-chart using repetitive sampling (2014)SPCQCharts for Start-Up Processes and Short or Long Runs (1991)Monitoring Process Mean and Variability with One EWMA Chart (2001)Effects of Parameter Estimation on Control Chart Properties: A Literature Review (2006)A New Distribution‐free Control Chart for Joint Monitoring of Unknown Location and Scale Parameters of Continuous Distributions (2013)Distribution‐free Phase II CUSUM Control Chart for Joint Monitoring of Location and Scale (2014)A distribution-free phase-II CUSUM procedure for monitoring service quality (2016)Economic Control of Quality of Manufactured Product. (1932)On the construction of control charts using linguistic variables (1990)Control charts for process average and variability based on linguistic data (1993)A hybrid fuzzy adaptive sampling – Run rules for Shewhart control charts (2007)Review of multinomial and multiattribute quality control charts (2009)Strategic Decision Selection Using Hesitant fuzzy TOPSIS and Interval Type-2 Fuzzy AHP: A case study (2014)A bootstrap control chart for Birnbaum–Saunders percentiles (2008)Control Charts For Monitoring The Weibull Shape Parameter Based On Type‐II Censored Sample (2012)Design of Sampling Plan for Exponential Distribution Under Neutrosophic Statistical Interval Method (2018)A new attribute sampling plan using neutrosophic statistical interval method (2019)
this work references cited by second hop

References

  • 2005A Bootstrap Control Chart for Weibull Percentiles514 cited
  • 1995Nonparametric quality control charts based on the sign statistic190 cited
  • 2013Control Charts for Joint Monitoring of Mean and Variance: An Overview133 cited
  • 1995XandRControl Charts for Skewed Populations127 cited
  • 2018A New Sampling Plan Using Neutrosophic Process Loss Consideration120 cited
  • 2008Development of fuzzy X¯∼-R∼ and X¯∼-S∼ control charts using α-cuts117 cited
  • 2004α-Cut fuzzy control charts for linguistic data107 cited
  • 2010Process capability analyses based on fuzzy measurements and fuzzy control charts99 cited
  • 2003Economic design of X control charts for non-normal data using variable sampling policy93 cited
  • 2003Robustness of the time between events CUSUM90 cited
  • 2000Economic-statistical design of X ¥ charts for non-normal data by considering quality loss79 cited
  • 2002Economic statistical design of control charts for systems with Gamma(λ,2) in-control times72 cited
  • 2012Performance of t control charts in short runs with unknown shift sizes69 cited
  • 2015Attribute Control Charts for the Weibull Distribution under Truncated Life Tests68 cited
  • 2000An approach of fuzzy logic evaluation and control in SPC

Only edges whose both ends are imported exist here. Widen the year window, or show the whole map. Back to the work

66 cited
  • 1979Control Charts for Weibull Processes With Standards Given66 cited
  • Cited by

    • 2020A New Dispersion Control Chart for Handling the Neutrosophic Data22 cited
    • 2022A Review and Perspective on Neutrosophic Statistical Process Monitoring Methods21 cited
    • 2019A New X-Bar Control Chart for Using Neutrosophic Exponentially Weighted Moving Average21 cited
    • 2019Design of a Control Chart Based on COM‐Poisson Distribution for the Uncertainty Environment15 cited
    • 2019Design of S2N—NEWMA Control Chart for Monitoring Process having Indeterminate Production Data14 cited
    • 2020Multiple Dependent State Sampling-Based Chart Using Belief Statistic under Neutrosophic Statistics12 cited