Title Quality engineering using robust design / Madhav S. Phadke.

Imprint

Location	Call Number	Status
Monograph Collection	TA174 .P43 1989	AVAILABLE

Description	xviii, 334 pages : illustrations ; 25 cm
Content	text txt
Media	unmediated n
Carrier	volume nc
Note	At head of title: AT & T.
Bibliography	Includes bibliographical references (pages 321-325) and index.
Contents	A Historical Perspective -- What Is Quality? -- Elements of Cost -- Fundamental Principle -- Tools Used in Robust Design -- Applications and Benefits of Robust Design -- Principles of Quality Engineering -- Quality Loss Function--The Fraction Defective Fallacy -- Quadratic Loss Function -- Noise Factors--Causes of Variation -- Average Quality Loss -- Exploiting Nonlinearity -- Classification of Parameters: P Diagram -- Optimization of Product and Process Design -- Role of Various Quality Control Activities -- Matrix Experiments Using Orthogonal Arrays -- Matrix Experiment for a CVD Process -- Estimation of Factor Effects -- Additive Model for Factor Effects -- Analysis of Variance -- Prediction and Diagnosis -- Steps in Robust Design -- The Polysilicon Deposition Process and Its Main Function -- Noise Factors and Testing Conditions -- Quality Characteristics and Objective Functions -- Control Factors and Their Levels -- Matrix Experiment and Data Analysis Plan -- Conducting the Matrix Experiment -- Data Analysis -- Verification Experiment and Future Plan -- Signal-To-Noise Ratios -- Optimization for Polysilicon Layer Thickness Uniformity -- Evaluation of Sensitivity to Noise -- S/N Ratios for Static Problems -- S/N Ratios for Dynamic Problems -- Analysis of Ordered Categorical Data -- Achieving Additivity -- Guidelines for Selecting Quality Characteristics -- Examples of Quality Characteristics -- Examples of S/N Ratios -- Selection of Control Factors -- Role of Orthogonal Arrays -- Constructing Orthogonal Arrays.
Subject(s)	Engineering design.
	Computer-aided design.
	Integrated circuits -- Very large scale integration.