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Design for Robustness

2009
<p>Robustness is the ability to survive unforeseen circum-stances without undue damage or loss of function. It has become a requirement expressed in modern building codes, mostly without much advice as to how it can be achieved. Engineering has developed some approaches based on tra-ditional practice as well as recent insight. However, know-ledge
Franz Knoll, Thomas Vogel
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Robust Design

ZAMM - Journal of Applied Mathematics and Mechanics / Zeitschrift für Angewandte Mathematik und Mechanik, 1999
H. A. Eschenauer, K. Marti
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Designing robust microarchitectures

Proceedings of the 41st annual Design Automation Conference, 2004
A fault-tolerant approach to microprocessor design, developed at the University of Michigan, is presented. Our approach is based on the use of in-situ checker components that validate the functional and electrical characteristics of complex microprocessor designs. Two design techniques are highlighted: a low-cost double-sampling latch design capable of
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DOE: Robust Design

2018
In Chapt. 4, it is claimed that perhaps the majority of quality problems are caused by variation in quality characteristics. The evidence is that typically only a small fraction of units fail to conform to specifications. If characteristic values were consistent, then either 100% of units would conform or 0%.
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Robust controller design

1982
An overview of some recent results in the controller de sign of multivariable linear time-invariant systems, in which uncertainty/perturbation in plant behaviour occurs is made. In particular, the servomechanism problem is considered for various cases varying from the extreme case when the plant is known and fixed, to the opposite extreme when the ...
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Robust Control Design

2007
Preface. Notation. 1 Introduction. 1.1 Systems and Control 1.2 Modern Control Theory 1.3 Stability 1.4 Optimal Control 1.5 Optimal Control Approach 1.6 Kharitonov Approach 1.7 H- and H2 Control 1.8 Applications 1.9 Use of This Book 2 Fundamentals of Control Theory.
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