| The Construction and Analysis of Non-Orthogonal Plans for the 2n Factorial Experiments |
Sidney Addelman |
| Use of the Up-and-Down Method with Factorial Designs |
R.L. Grant and R.W. Van Dolah |
| General Formulas and a Positional Index-Algorithm for Generating Orthogonal Contrasts in Multi-Variable Statistical Designs |
Erwin Biser |
| A Semi-Automatic War Gaming System |
John L. Donaldson and Thomas A. Shaw |
| Transient Nuclear Radiation Effects on Electron Tubes and Transistors |
Richard G. Saelens |
| The Development of Subminiature Tube Handbook Information (Title Only) |
J.A. Zoellner |
| Reliability Testing and Estimation for Single and Multiple Environments Using Increased Severity Methods |
S.K. Einbinder and Ingram Olkin |
| Reliability, Probability and Binomial Inference |
W.A. Thompson, Jr. |
| An Experiment on Aircraft Vulnerability |
Bruce Taylor and Garth McCormick |
| A Predictor Model for Stability Estimates in the Rotating Drum |
Cecil O. Eckard |
| Disease Severity Quantification |
Clifford J. Maloney |
| Statistical Studies of Plaque Results in Virus Assay |
Francis M. Wadley and Walter D. Foster |
| A Confidence Interval for the Reliability of Multi-Component Systems |
John K. Abraham |
| Reliability of Compliance with One-Sided Specifications Limits when Data is Normally Distributed |
E.L. Bombara |
| A General Approach to Engineering Tolerance Specifications |
Sheldon G. Levin |
| A Further Analysis of Missile Range Tracking Systems |
Oliver Lee Kingsley |
| Efficiency of Average Radius as an Estimate of Circular Probable Error when True Center of Impact is Unknown (Title Only) |
Robert I. McKeague |
| Picatinny Arsenal Training Programs in Statistics in “Educational and Game” |
Alonzo Bulfinch |
| A Review of a Statistical Workshop in “Educational and Game” |
Walter D. Foster and Theodore W. Horner |
| Ye Olde Confidence Game in “Educational and Game” |
Theodore W. Horner and Walter D. Foster |
| Some Aspects of Linear Regression Systems |
William S. Mallios |
| Some Results Concerning the Reduction of Product Variability through the Use of Variance Components |
R.R. Prairie |