Index
Accessibility
Agility
Analyze application tolerances
Application
Application capacity management
Application demand management
Application latency
Application performance management
Application service level
Application service provider strategy
Application service quality
Assurance
Automation
Balance
Become a learning organization
Bottled capacity
Broad network access
Buffers
Business benefits of cloud computing
Cadence
Capability maturity model
Capacity
Capacity decision and planning
Capacity emergency
Capacity fulfillment
Capacity management
Capacity management metrics
Capacity management overhead
Capacity metrics
Capacity rating
Carbon footprint
Carrying costs
Catastrophic failure
Changeover time
Cloud auditor
Cloud computing
Cloud service broker
Cloud service customer
Cloud service developer
Cloud service provider
Cloud service user
Complexity overhead
Component failure
Consumption
Continuous improvement
Cost of poor quality
Curtailment
Dead on Arrival
Decision and planning
Delivery relationships
Demand
Demand driven capacity management
Demand management
Demand variability
Develop exceptional people
Disaster recovery
Dispatch curve
Disruption of IT service management
DOA
Drain time
Economic dispatch
Economically perfect capacity
Efficiency
Elasticity
Element shutdown time
Element startup time
Emergency rating
Emergency reserve(s)
Energy balance
Essential characteristics of cloud computing
eTOM capacity management
Exceeding forecast
Excess application capacity
Excess online infrastructure capacity
Excess physical infrastructure capacity
Explicit demand management actions
Failure
Force majeure
Foundation
Fulfillment
Full stream analysis methodology
Full stream optimization
Functional component(s)
Fungibility
Georedundancy
Go see
Goal
Grow, learn and teach others
Heat
Horizontal growth
Ideal reserve
Immaturity model
Implement rapidly
Inadequate capacity
Indicators
Infrastructure commitment
Infrastructure commitment metrics
Infrastructure demand management
Infrastructure element failure
Infrastructure overhead
Infrastructure service provider
Inventory
Inventory costs
ITIL capacity management
Kaizen
Key performance indicators
Key principle indicators
Key principles
Latency
Lead time
Lead time demand
Leaking and lost resources
Lean application service provider
Lean demand management
Lean infrastructure commitment
Lean infrastructure service provider
Lean reserve
Lean thinking
Learn-do-lean
Learning organization
Level the workload
Load
Load balancers
Load balancing
Load placement
Locational considerations
Locational marginal price (LMP)
Long-term perspective
Maintenance actions
Mandatory demand shaping
Master practices
Mean opinion score
Measured service
Metrics
MIPS
Move towards flow
Multi-tenancy
Natural demand patterns
Network provider
Newsvendor problem
NIST
Normal rating
Normal reserve
On-demand self-service
Operating reserve
Order completeness
Order lead time
Order reliability
Outgrowth
Overload
Partners help each other
Pay-as-you-use licensing
Perfect capacity metrics
Perfect dispatch
Perfection challenge
Performance indicators
Performance management
Philosophy of lean cloud
Physical resource capacity management
Placement
Planning cycles
Power management overhead
Pricing
Pricing models
Private cloud
Provisioning reliability
Public cloud
Pull versus push
Quality
Queues
Random demand peaks
Rapid elasticity
Rating
Recovery point objective
Recovery time objective
Reliability
Reserve
Reserve capacity
Resource
Resource allocation failure
Resource curtailment
Resource failure
Resource overhead
Resource pooling
Resource scheduling
Respect
Retail analog
Retainability
Roles in cloud computing
Sample application
Scheduling
Seeing waste
Self service by end users
Service
Service curtailment
Service delivery chain
Service level
Service quality
Shutdown time
Slashdot events
Spot VM instances
Stability limit
Startup time
Stop and fix problems
Strategy for lean cloud
Supply v. demand
Take a long-term perspective
Teach others
Technically perfect capacity
Testing
Tolerances
Traditional capacity management
Traditional production chain
Transport latency
Unit commitment
User workload placement
Value
Value chain
Variability, demand
Vertical growth
Virtual resource balance
Virtual resource capacity management
Visual management
Voluntary demand shaping
Waste
Waste heat
Waste metrics
Well-tested technology
Whipsaw events
Work toward flow
Working stock
Workload migration
Workload placement
Yield management