Lean Computing for the Cloud

Name: Lean Computing for the Cloud
Brand: Wiley-IEEE Press
Price: 74.99 EUR
Availability: OnlineOnly

Eric Bauer(Autor*in)

Wiley-IEEE Press

Erschienen am 1. März 2016

240 Seiten

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978-1-119-23230-8 (ISBN)

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Inhalt

Intro
Front matter
Title page
Copyright
Introduction
Acknowledgments
Abbreviations
1 Basics
1.1 CLOUD COMPUTING FUNDAMENTALS
1.2 ROLES IN CLOUD COMPUTING
1.3 APPLICATIONS
1.4 DEMAND, SUPPLY, CAPACITY, AND FUNGIBILITY
1.5 DEMAND VARIABILITY
1.6 CHAPTER REVIEW
NOTES
2 Rethinking Capacity Management
2.1 CAPACITY MANAGEMENT
2.2 DEMAND MANAGEMENT
2.3 PERFORMANCE MANAGEMENT
2.4 CANONICAL CAPACITY MANAGEMENT
2.5 THREE CLOUD CAPACITY MANAGEMENT PROBLEMS
2.6 CLOUD CAPACITY MANAGEMENT AS A VALUE CHAIN
2.7 CHAPTER REVIEW
3 Lean Thinking on Cloud Capacity Management
3.1 LEAN THINKING OVERVIEW
3.2 GOAL
3.3 SEEING WASTE (NONVALUE-ADDING ACTIVITIES)
3.4 KEY PRINCIPLES
3.5 PILLAR: RESPECT
3.6 PILLAR: CONTINUOUS IMPROVEMENT
3.7 FOUNDATION
3.8 CADENCE
3.9 LEAN CAPACITY MANAGEMENT PHILOSOPHY
3.10 CHAPTER REVIEW
NOTES
4 Lean Cloud Capacity Management Strategy
4.1 LEAN APPLICATION SERVICE PROVIDER STRATEGY
4.2 LEAN INFRASTRUCTURE SERVICE PROVIDER STRATEGIES
4.3 FULL STREAM OPTIMIZATION
4.4 CHAPTER REVIEW
NOTES
5 Electric Power Generation as Cloud Infrastructure Analog
5.1 POWER GENERATION AS A CLOUD INFRASTRUCTURE ANALOG
5.2 BUSINESS CONTEXT
5.3 BUSINESS STRUCTURE
5.4 TECHNICAL SIMILARITIES
5.5 IMPEDANCE AND FUNGIBILITY
5.6 CAPACITY RATINGS
5.7 BOTTLED CAPACITY
5.8 LOCATION OF PRODUCTION CONSIDERATIONS
5.9 DEMAND MANAGEMENT
5.10 DEMAND AND RESERVES
5.11 SERVICE CURTAILMENT
5.12 BALANCE AND GRID OPERATIONS
5.13 CHAPTER REVIEW
NOTES
6 Application Capacity Management as an Inventory Management Problem
6.1 THE APPLICATION CAPACITY MANAGEMENT SERVICE DELIVERY CHAIN
6.2 TRADITIONAL APPLICATION SERVICE PRODUCTION CHAIN
6.3 ELASTICITY AND DEMAND-DRIVEN CAPACITY MANAGEMENT
6.4 APPLICATION SERVICE AS RETAIL ANALOG
6.5 CHAPTER REVIEW
NOTES
7 Lean Demand Management
7.1 INFRASTRUCTURE DEMAND MANAGEMENT TECHNIQUES
7.2 APPLICATION DEMAND MANAGEMENT TECHNIQUES
7.3 FULL STREAM ANALYSIS METHODOLOGY
7.4 CHAPTER REVIEW
8 Lean Reserves
8.1 WHAT IS RESERVE CAPACITY?
8.2 USES OF RESERVE CAPACITY
8.3 RESERVE CAPACITY AS A FEATURE
8.4 TYPES OF RESERVE CAPACITY
8.5 LIMITS OF RESERVE CAPACITY
8.6 IDEAL RESERVE
8.7 CHAPTER REVIEW
9 Lean Infrastructure Commitment
9.1 UNIT COMMITMENT AND INFRASTRUCTURE COMMITMENT
9.2 FRAMING THE UNIT COMMITMENT PROBLEM
9.3 FRAMING THE INFRASTRUCTURE COMMITMENT PROBLEM
9.4 UNDERSTANDING ELEMENT STARTUP TIME
9.5 UNDERSTANDING ELEMENT SHUTDOWN TIME
9.6 PULLING IT ALL TOGETHER
9.7 CHAPTER REVIEW
NOTES
10 Lean Cloud Capacity Management Performance Indicators
10.1 PERFECT CAPACITY METRICS
10.2 CAPACITY MANAGEMENT METRICS
10.3 INFRASTRUCTURE COMMITMENT METRICS
10.4 WASTE METRICS
10.5 KEY PRINCIPLE INDICATORS
10.6 COST OF POOR QUALITY
10.7 METRICS AND SERVICE BOUNDARIES
10.8 MEASUREMENTS AND MATURITY
10.9 CHAPTER REVIEW
11 Summary
11.1 CLOUD COMPUTING AS A SERVICE DELIVERY CHAIN
11.2 LEAN CLOUD COMPUTING
11.3 REIMAGINING CLOUD CAPACITY
11.4 LEAN DEMAND MANAGEMENT
11.5 LEAN RESERVES
11.6 LEAN INFRASTRUCTURE SERVICE PROVIDER CONSIDERATIONS
11.7 LEAN APPLICATION SERVICE PROVIDER CONSIDERATIONS
11.8 LEAN INFRASTRUCTURE COMMITMENT
11.9 VISUALIZING PERFECT CAPACITY
11.10 LEAN CLOUD COMPUTING METRICS
11.11 CONCLUDING REMARKS
References
About the Author
Index
EULA

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