David E. Booth - researchr alias

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Viewing Publication 1 - 20 from 20

2008

The Cross-Entropy MethodDavid E. Booth. technometrics, 50(1):92, 2008. [doi]

2007

Data Mining Methods and ModelsDavid E. Booth. technometrics, 49(4):500, 2007. [doi]

Cancer Diagnostics With DNA MicroarraysDavid E. Booth. technometrics, 49(4):492-493, 2007. [doi]

2005

Chemometrics: From Basics to Wavelet TransformDavid E. Booth. technometrics, 47(2):240, 2005. [doi]

Multi-Way Analysis: Applications in the Chemical SciencesDavid E. Booth. technometrics, 47(4):518-519, 2005. [doi]

2004

Teaching StatisticsDavid E. Booth. technometrics, 46(1):114, 2004. [doi]

Chemometrics: Data Analysis for the Laboratory and Chemical PlantDavid E. Booth. technometrics, 46(1):110, 2004. [doi]

2003

Applied Multivariate AnalysisDavid E. Booth. technometrics, 45(2):174, 2003. [doi]

2002

Toward a production classification systemArlyn J. Melcher, Moutaz Khouja, David E. Booth. bpmj, 8(1):53-79, 2002. [doi]

2000

Analysis of Incomplete Multivariate DataDavid E. Booth. technometrics, 42(2):213-214, 2000. [doi]

Statistical procedures for task assignment and robot selection in assembly cellsMoutaz Khouja, David E. Booth, Michael Suh, John K. Mahaney Jr. ijcim, 13(2):95-106, 2000. [doi]

1999

Robustness in Statistical Pattern RecognitionDavid E. Booth. technometrics, 41(4):370-371, 1999. [doi]

1997

A Robust Smoothing Approach to Statistical Process ControlJohn Grznar, David E. Booth, Paul R. Sebastian. jcisd, 37(2):241-248, 1997. [doi]

The Use of Robust Smoothers in Nuclear Material SafeguardsJohn Grznar, David E. Booth, Paul R. Sebastian. jcisd, 37(2):236-240, 1997. [doi]

1996

A Neural Network Approach to the Detection of Nuclear Material LossesJames H. Hamburg, David E. Booth, G. Jay Weinroth. jcisd, 36(3):544-553, 1996. [doi]

1995

Monitoring the Quality of a Chemical Production Process Using the Joint Estimation MethodSameer Prasad, David E. Booth, Michael Y. Hu. jcisd, 35(1):53-58, 1995.

Using polynomial smoothing and data bounding for the detection of nuclear material diversions and lossesPaul R. Sebastian, David E. Booth, Michael Y. Hu. jcisd, 35(3):442-450, 1995.

1994

Using Polynomial Smoothing and Data Bounding for the Detection of Adverse Process Changes in a Chemical ProcessPaul R. Sebastian, David E. Booth, Michael Y. Hu. jcisd, 34(4):881-889, 1994. [doi]

1986

A method for the early identification of loss from a nuclear material inventoryDavid E. Booth. jcisd, 26(1):23-28, 1986. [doi]

1985

A method for early discovery of poisoning in catalytic chemical processesDavid E. Booth, Thomas L. Isenhour. jcisd, 25(2):81-84, 1985. [doi]

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