⚫ To become familiar with the process of program development (§10.2). ⚫ To the relationship types: association, aggregation, composition, strong inheritance, and weak inheritance (§10.3). ⚫ To declare classes to represent the relationships among the classes (§10.3). ⚫ To design systems by identifying the classes and discovering the relationships among these classes (§10.4). ⚫ To implement the Rational class and process rational numbers using this class (§10.5). ⚫ To design classes that follow the class-design guidelines (§10.6). ⚫ To model dynamic behavior using sequence diagrams and statechart diagrams (§10.7 Optional) ⚫ To know the concept of framework-based programming using Java API (§10.8)

Plan for the session Quiz on Constructing Orthogonal Arrays (10 minutes) Complete some advanced topics on oas Lecture on Computer Aided robust design Recitation on hw#5 Robust system design

Ron began his career as an aircraft system designer in Douglas Aircraft Company’s Hydro-Mechanical system design group. He became Unit Chief of the braking system design group directly responsible for the design of the DC-9, DC-10, MD-80 anti-skid, auto-brake, brake temperature and tire pressure monitoring

85.1 Digital IC Testing Taxonomy of Testing • Fault Models • Test Pattern Generation • Output Response Analysis 85.2 Design for Test The Testability Problem • Design for Testability • Future for Design

34.1 Introduction 34.2 Design Entry 34.3 Synthesis 34.4 Verification Timing Analysis. Simulation.Analog Simulation.Emulation 34.5 Physical Design

Introduction Packaging can be unnecessarily expensive in a couple of ways: 1. Inadequate design results in shipment damage 2. Over-design or poor design (more protection than is required or materials being incorrectlyused) results in excessive material cost. The procedure can be broken down into seven basic steps

10.1 Federal Regulation of Medical Devices 10.1.1 The Law (including amendments) 10.1.2 Organization of FDA 10.1.3 Classification of Devices 10.1.4 Process of Assessment 10.1.4.1 510(k)Substantial Equivalence 10.1.4.2 Premarket Approval 10.1.5 Clinical Trials (Investigational Device Exemption) 10.1.6 Labeling 10.1.7 Tripartite Biocompatibility Guidance 10.1.8 Standards 10.1.9 Good Manufacturing Procedures 10.1.10 Good Laboratory Practices 10.2 Clinical Trial Design

Basic Principles in Computer Architecture Multiprocessor, many-core Design Power-aware CPU Design Scheduling Techniques GPU-related Techniques Datacenter-related Techniques Neural Network Chips Design of TianHe Supercomputer

Foreword vi 8 Discovery 141 Preface to the Third Edition vii 9 Verification 163 Preface to the First Edition viii Ack COMMUNICATION nowled gments ix 1 Int roduction 1 10 Process 179 11 Individual Design 189 BASICSKILLS 12 Team Design 203 2 Drawing 17 13 Public Design 217 3 Conventions 39 14 Conclusion 231 4 Abst raction 55 Notes 237 5 Expression 67 Bibliography 239 Illustration Credits 242 APPLIED SK Index 244 ILLS 6 Analysis 81 7 Exploration 115

6.1 Performance Specifications 6.2 Biocompatibility 6.3 Degradation 6.4 Risk/Benefit Ratio 6.5 Clinical Trial Design