| Entropy Interpretation of Goodness of Fit Tests |
Emanuel Parzen |
| Exact Probability Levels for Multi-Sample Smirnov-type Statistics |
William E. Baker and Malcolm S. Taylor |
| Analyzing n Samples of 2 Observations Each |
J.R. Knaub, Jr., L.M. Grile, and G. Petet |
| In-Minefield Effectiveness Measure for Breaching Vehicles |
Mark S. Adams |
| Robust Range Measurement Preprocessing |
William S. Agee and Robert H. Turner |
| How Good is Good – A Field Evaluation of Camouflage |
George Anitole and Ronald L. Johnson |
| Estimating Mean Life from Limited Testing |
Donald W. Rankin |
| Analysis of Ferrographic Engine Wear Data Using Quality Control Techniques |
Robert L. Launer and Edward A. Saibel |
| An Efficient Method for Determining the “A” and “B” Design Allowables |
Donald Neal and Luciano Spiridigliozzi |
| Choice of Response Surface Design and Alphabetic Optimality |
George E.P. Box |
| Ambushed by a Lurking Variable |
Barry A. Bodt and Jerry Thomas |
| The Use of the R( )-Notation for the Evaluation of Results of Parallel Line Assays (Title Only) |
J. Robert Burge |
| The Use of Box-Jenkins Methodology in Forecasting DARCOM’s Central Procurement Workload |
Charles A. Correia |
| Wind Variability in the Boundary Layer and Its Association with Turbulence, Red and White Noise |
Oskar M. Essenwanger |
| Comparison of CEP Estimators for Elliptical Normal Errors |
Audrey E. Taub and Marlin A. Thomas |
| Unbiased Random Integration Methods with Exactness for Low Order Polynomials |
Andrew F. Siegel and Fanny O’Brien |
| Estimating the Variance of the Loss Exchange Ratio |
Eugene Dutoit |
| An Example of Software Validation Using a Factorial Design |
Joseph M. Tessmer |
| Introduction: Integrated Logistic Supportability Testing in OT Slides in “Logistic Supportability” |
Langhorne Withers |
| OTEA: Supportability Test and Evaluation: Initiatives and Thrusts Slides in “Logistic Supportability” |
Larry Davis |
| OTEA: Integrated Logistic Supportability Testing in OT Slides in “Logistic Supportability” |
Steve French |
| OTEA: Integrated Logistic Supportability Testing in OT Slides in “Logistic Supportability” |
Bill Dunn |
| OTEA: Integrated Logistic Supportability Testing in OT Slides in “Logistic Supportability” |
Doug McGowen |
| DARCOM: Supportability - Requirements, Design, Test and Evaluation (Title Only) in “Logistic Supportability” |
Arthur Nordstrom |
| TRADOC: On Army Operational Test and Evaluation of Logistic Supportability in “Logistic Supportability” |
Donald G. Reich |
| Sensitivity and Asymptotic Properties of Bayesian Reliability Estimates |
Bernard Harris and Andrew P. Soms |
| An Inferential Approach to Experimental Design for Quantal Response Models (Title Only) |
Tom Leonard |
| A Note on the Variance Kernel Estimator of the Hazard Function from Randomly Censored Data |
Martin A. Tanner |
| Need for Measuring Software Reliability (Title Only) in “Software Test and Evaluation” |
Ray Bell |
| Need and Problems Associated with Representative Software Test Data (Title Only) in “Software Test and Evaluation” |
Steve French |
| Methods for Generating Representative Software Test Data, Scoring of Data, and Analysis of Data (Title Only) in “Software Test and Evaluation” |
Larry Crow, James Kniss, Paul Kunselman, and Gregory J. Gibson |
| Characteristics and Analysis of Software Failure (Title Only) in “Software Test and Evaluation” |
Larry Crow and Nozer D. Singpurwalla |