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Strategic Modelling and Business Dynamics: A Feedback Systems Approach [Pehme köide]

  • Formaat: Paperback / softback, 464 pages, kõrgus x laius x paksus: 246x192x25 mm, kaal: 880 g, Illustrations
  • Ilmumisaeg: 13-Jul-2007
  • Kirjastus: John Wiley & Sons Ltd
  • ISBN-10: 0470012862
  • ISBN-13: 9780470012864
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  • Formaat: Paperback / softback, 464 pages, kõrgus x laius x paksus: 246x192x25 mm, kaal: 880 g, Illustrations
  • Ilmumisaeg: 13-Jul-2007
  • Kirjastus: John Wiley & Sons Ltd
  • ISBN-10: 0470012862
  • ISBN-13: 9780470012864
Teised raamatud teemal:
John Morecroft's book is an ideal text for students interested in system modelling and its application to a range of real world problems. The book covers all that is necessary to develop expertise in system dynamics modelling and through the range of applications makes a persuasive case for the power and scope of the approach. As such it will appeal to practitioners as well as students.

Robert Dyson, Professor of Operational Research, Associate Dean, Warwick Business School.



Much more than an introduction, John Morecroft's Strategic Modelling and Business Dynamics uses interactive "management flight simulators" to create an engaging and effective learning environment in which readers, whatever their background, can develop their intuition about complex dynamic systems. The numerous examples provide a rich test-bed for the development of systems thinking and modelling skills

John Sterman, Jay W. Forrester Professor of Management, MIT Sloan School of Management



This book, with its vivid examples and simulators, will help to bring modelling, system dynamics and simulation into the mainstream of management education where they now belong.

John A. Quelch, Professor of Marketing, Harvard Business School, Former Dean of London Business School



This text fills the gap between texts focusing on the purely descriptive systems approach and the more technical system dynamics ones.

Ann van Ackere, Professor of Decision Sciences, HEC Lausanne, Universit? de Lausanne



Strategic modelling based on system dynamics is a powerful tool for understanding how firms adapt to a changing environment. The author demonstrates the appeal and power of business modelling to make sense of strategic initiatives and to anticipate their impacts through simulation. The book offers various simulators that allow readers to conduct their own policy experiments.

Dr. Erich Zahn, Professor of Strategic Management, Betriebswirtschaftliches Institut, University of Stuttgart



A website to accompany the book can be found at www.wiley.com/college/morecroft housing supplementary material for both students and lecturers.
About the Author xviii
Foreword xix
Preface and Acknowledgments xxi
How to Use This Book xxxii
The Appeal and Power of Strategic Modelling
1(30)
Introduction
1(4)
A New Approach to Modelling
5(2)
The Puzzling Dynamics of International Fisheries
7(3)
Model of a Natural Fishery
10(3)
Simulated Dynamics of a Natural Fishery
12(1)
Operating a Simple Harvested Fishery
13(12)
Harvesting in Bonavista, Newfoundland - A Thought Experiment
15(3)
A Start on Analysing Dynamics and Performance Through Time
18(2)
Saving Bonavista - Using Simulation to Devise a Sustainable Fishery
20(1)
Dynamic Complexity and Performance Through Time
21(2)
Cunning Fish - A Scenario with Reduced Dynamic Complexity
23(2)
Preview of the Book and Topics Covered
25(2)
Appendix - Archive Materials from World Dynamics
27(1)
References
28(3)
Introduction to Feedback Systems Thinking
31(28)
Ways of Interpreting Situations in Business and Society
31(8)
Event-oriented Thinking
32(2)
Feedback Systems Thinking - An Illustration
34(3)
A Shift of Mind
37(1)
The Invisibility of Feedback
38(1)
A Start on Causal Loop Diagrams
39(2)
Structure and Behaviour Through Time - Feedback Loops and the Dynamics of a Slow-to-Respond Shower
41(5)
Processes in a Shower `System'
43(2)
Simulation of a Shower and the Dynamics of Balancing Loops
45(1)
From Events to Dynamics and Feedback - Drug-related Crime
46(5)
A Feedback View
48(1)
Scope and Boundary of Factors in Drug-related Crime
49(1)
An Aside - More Practice with Link Polarity and Loop Types
50(1)
Purpose of Causal Loop Diagrams - A Summary
51(1)
Feedback Structure and Dynamics of a Technology-based Growth Business
51(3)
Causal Loop Diagrams - Basic Tips
54(3)
Picking and Naming Variables
54(1)
Meaning of Arrows and Link Polarity
55(1)
Drawing, Identifying and Naming Feedback Loops
56(1)
References
57(2)
Modelling Dynamic Systems
59(28)
Asset Stock Accumulation
59(7)
Accumulating a `Stock' of Faculty at Greenfield University
61(3)
Asset Stocks in a Real Organisation - BBC World Service
64(2)
The Coordinating Network
66(1)
Modelling Symbols in Use: A Closer Look at Drug-related Crime
67(4)
Equation Formulations
71(5)
Drug-related Crime
71(2)
Funds Required to Satisfy Addiction
73(1)
Street Price and Price Change
73(2)
Allocation of Police
75(1)
Experiments with the Model of Drug-related Crime
76(9)
A Tour of the Model
76(2)
Escalating Crime - The Base Case
78(2)
Drilling Down to the Equations
80(1)
Anomalous Behaviour Over Time and Model Boundary
81(4)
Benefits of Model Building and Simulation
85(1)
References
85(2)
World of Showers
87(18)
Getting Started
87(5)
Taking a Shower in World of Showers A
88(3)
Taking a Shower in World of Showers B
91(1)
Redesigning Your World of Showers
92(6)
Reflections on the World of Showers
94(1)
Metaphorical Shower Worlds in GlaxoSmithKline, IBM and Harley-Davidson
95(3)
Inside World of Showers
98(3)
A Tour of Formulations in the Comfort-seeking Loop of the Hidden Shower
98(3)
Interdependence of Showers - Coupling Formulations
101(1)
Simulations of World of Showers B
101(2)
References
103(2)
Cyclical Dynamics and the Process of Model Building
105(58)
An Overview of the Modelling Process
105(6)
Dynamic Hypothesis and Fundamental Modes of Dynamic Behaviour
107(1)
Team Model Building
108(3)
Employment and Production Instability - Puzzling Performance Over Time
111(8)
Dialogue About Production Control
114(3)
Thought Experiment: a Surprise Demand Increase in an Ideal Factory
117(2)
Equation Formulations and Computations in Production Control
119(9)
Forecasting Shipments - Standard Formulations for Information Smoothing
120(2)
Inventory Control - Standard Formulations for Asset Stock Adjustment
122(1)
Desired Production
123(1)
The Computations Behind Simulation
124(4)
Modelling Workforce Management and Factory Production Dynamics
128(7)
Dialogue About Workforce Management
128(1)
Operating Constraint Linking Workforce to Production
129(1)
Simulation of the Complete Model: A Surprise Demand Increase in a Factory Where Production is Constrained by the Size of the Workforce
130(4)
Pause for Reflection
134(1)
Equation Formulations in Workforce Management
135(4)
Departure Rate - Standard Formulation for Stock Depletion
135(1)
Hiring - Standard Formulations for Asset Stock Replacement and Adjustment
136(2)
Workforce Planning
138(1)
Chronic Cyclicality in Employment and Production and How to Cure It
139(7)
The Curious Effect of Random Variations in Demand
139(1)
Industry Cyclicality and Business Cycles
140(3)
Policy Formulation and What-ifs to Improve Factory Performance
143(3)
Modelling for Learning and Soft Systems
146(9)
A Second Pause for Reflection: System Dynamics and Soft Systems
146(5)
A Link to Soft Systems Methodology
151(2)
Alternative Views of a Radio Broadcaster
153(2)
Appendix 1: Model Communication and Policy Structure Diagrams
155(2)
Appendix 2: The Dynamics of Information Smoothing
157(3)
References
160(3)
The Dynamics of Growth from Diffusion
163(30)
Stocks and Flows in New Product Adoption - A Conceptual Diffusion Model
164(2)
The Bass Model - An Elegant Special Case of a Diffusion Model
166(8)
The Dynamics of Product Adoption by Word-of-mouth
169(1)
The Need to Kick-start Adoption
170(1)
The Complete Bass Diffusion Model With Advertising
171(2)
The Dynamics of Product Adoption by Word-of-mouth and Advertising
173(1)
A Variation on the Diffusion Model: The Rise of Low-cost Air Travel in Europe
174(8)
easyJet - A Bright Idea, But Will it Work?
175(1)
Visualising the Business: Winning Customers in a New Segment
176(3)
Visualising Retaliation and Rivalry
179(2)
Feedback Loops in the easyJet Model
181(1)
Strategy and Simulation of Growth Scenarios
182(5)
Using the Fliers Simulator to Create Your Own Scenarios
185(2)
Simulation, Predictions and Scenarios
187(1)
Conclusion
187(1)
Appendix: More About the Fliers Model
188(3)
Back to the Future - From easyJet to People Express
189(2)
References
191(2)
Managing Business Growth
193(64)
A Conceptual Model of Market Growth and Capital Investment
195(3)
Background to the Case
195(1)
Adopting a Feedback View
196(2)
Formulation Guidelines for Portraying Feedback Structure
198(9)
Review of Operating Policies and Information Flows in the Market Growth Model
201(1)
Customer Ordering
201(1)
Sales Force Expansion
202(1)
Budgeting
203(1)
Capital Investment
204(2)
Goal Formation
206(1)
An Information Feedback View of Management and Policy
207(6)
Information Available to Decision Makers and Bounded Rationality
209(3)
Nature of Decision Making and the Decision Process
212(1)
Policy Structure and Formulations for Sales Growth
213(5)
Sales Force Hiring - Standard Stock Adjustment Formulation
215(1)
Sales Force Budgeting - Revenue Allocation and Information Smoothing
215(1)
Order Fulfilment - Standard Stock Depletion Formulation
216(2)
Customer Ordering
218(1)
Policy Structure and Formulations for Limits to Sales Growth
218(5)
Customer Response to Delivery Delay - Non-linear Graphical Converter
219(2)
Customers' Perception of Delivery Delay - Infomation Smoothing
221(1)
Order Fulfilment and Capacity Utilisation
221(2)
Policy Structure and Formulations for Capital Investment
223(5)
Assessment of Delivery Delay
223(1)
Goal Formation - Weighted Average of Adaptive and Static Goals
224(1)
Capacity Expansion - Fractional Asset Stock Adjustment
225(2)
Production Capacity - Two-Stage Stock Accumulation
227(1)
Simulation Experiments
228(13)
Simulation of Sales Growth Loop
229(3)
Strength of Reinforcing Loop
232(1)
Simulation of Sales Growth and Customer Response Loops
233(4)
Simulation of the Complete Model with all Three Loops Active - The Base Case
237(4)
Redesign of the Investment Policy
241(6)
Top Management Optimism in Capital Investment
242(2)
High and Unyielding Standards - A Fixed Operating Goal for Delivery Delay
244(3)
Policy Design, Growth and Dynamic Complexity
247(1)
Conclusion
248(5)
Overview of Policy Structure
248(3)
Growth and Underinvestment at People Express?
251(2)
More Examples of Growth Strategies that Failed or Faltered
253(1)
Appendix - Gain of a Reinforcing Loop
253(2)
References
255(2)
Industry Dynamics - Oil Price and the Global Oil Producers
257(50)
Problem Articulation - Puzzling Dynamics of Oil Price
258(3)
Towards a Dynamic Hypothesis
260(1)
Model Development Process
261(3)
A Closer Look at the Stakeholders and Their Investment Decision Making
264(14)
Investment by the Independent Producers
265(1)
Development Costs
266(2)
Policy Structure and Formulations for Upstream Investment - Fractional Asset Stock Adjustment
268(2)
Oil Price and Demand
270(2)
The Swing Producer
272(2)
Quota Setting
274(1)
The Opportunists
275(2)
Russian Oil - Incorporating the Unforeseen
277(1)
Connecting the Pieces - A Feedback Systems View
278(6)
Two Invisible Hands and More
279(2)
The Visible Hand of OPEC
281(1)
Webs of Intrigue - Inside OPEC's Opulent Bargaining Rooms
282(2)
A Simple Thought Experiment: Green Mindset and Global Recession
284(1)
Using the Model to Generate Scenarios
285(16)
Archive Scenario 1: 10-Year Supply Squeeze Followed by Supply Glut
286(5)
Archive Scenario 2: Quota Busting in a Green World
291(3)
Contemporary Scenario: Asian Boom with Quota Busting, Cautious Upstream Investment and Russian Oil
294(5)
A Contemporary High Price Scenario - How to Push Of Price Over $60 per Barrel
299(2)
Devising New Scenarios
301(3)
Effect of Global Economy and Environment on Demand
302(1)
Cartel Quota Bias
302(1)
Opportunists' Capacity Bias
302(1)
Oil Price Bias
303(1)
Capex Optimism
303(1)
Time to Build Trust in Russia (only in Oil World 1995)
303(1)
The Oil Producers' Microworld
304(2)
References
306(1)
Public Sector Applications of Strategic Modelling
307(66)
Urban Dynamics - Growth and Stagnation in Cities
308(6)
Urban Model Conceptualisation
309(4)
Policy Implications of Urban Dynamics
313(1)
Medical Workforce Dynamics and Patient Care
314(21)
Background
315(1)
Medical Workforce Planning Model
316(4)
Quality of Patient Care
320(2)
Base Run - Changing Composition of the Medical Workforce
322(1)
Base Run - Quality of Patient Care
323(1)
Intangible Effects of the European Working Time Directive
324(1)
Modelling Junior Doctor Morale
325(1)
Overview of the Complete Model
326(1)
The Formulation of Work-life Balance and Flexibility
327(2)
Simulations of the Complete Model
329(2)
Conclusions from the Medical Workforce Study
331(4)
Fishery Dynamics and Regulatory Policy
335(25)
Fisheries Management
335(2)
A Simple Harvested Fishery - Balancing Catch and Fish Regeneration
337(3)
A Harvested Fishery with Endogenous Investment - Coping with a Tipping Point
340(4)
Simulated Dynamics of a Harvested Fishery with Endogenous Investment
344(1)
Control and Regulation - Policy Design for Sustainable Fisheries
345(1)
Formulation of Deployment Policy
346(3)
Stock and Flow Equations for Ships at Sea, Ships in Harbour and Scrap Rate
349(1)
Simulated Dynamics of a Regulated Fishery - the Base Case
349(3)
Policy Design - A Higher Benchmark for Fish Density
352(2)
Dynamics of a Weakly Regulated Fishery
354(2)
Policy Design - Lower Exit Barriers Through Quicker Scrapping of Idle Ships
356(4)
Sustainability, Regulation and Self-Restraint
360(1)
Conclusion
360(1)
Appendix - Alternative Simulation Approaches
361(10)
From Urban Dynamics to SimCity
362(1)
Discrete-event Simulation and System Dynamics
362(7)
Conclusions on Alternative Approaches to Simulation Modelling
369(2)
References
371(2)
Model Validity, Mental Models and Learning
373(46)
Mental Models, Transitional Objects and Formal Models
374(2)
Models of Business and Social Systems
376(1)
Tests for Building Confidence in Models
377(2)
Model Confidence Building Tests in Action: A Case Study in Fast-moving Consumer Goods
379(2)
Soap Market Overview
380(1)
The Modelling Project
381(1)
Model Structure Tests and the Soap Industry Model
381(11)
Boundary Adequacy and Structure Verification Tests Applied to a Simple Soap Model
383(2)
A Refined View of the Market
385(2)
Boundary Adequacy and Sector Map of the Complete Soap Industry Model
387(1)
Managerial Decision-making Processes in the Old English Bar Soap Company
388(2)
Managerial Decision-making Processes in Global Personal Care
390(1)
Managerial Decision-making Processes in Supermarkets
391(1)
Equation Formulation Tests and the Soap Industry Model
392(13)
Substitution of Bar Soap by Shower Gel
392(1)
Brand Switching Between Competing Bar Soap Products
393(5)
Model Behaviour Tests and Fit to Data
398(3)
Tests of Fit on Simulations of the Soap Industry Model - The Base Case
401(4)
Tests of Learning from Simulation
405(5)
Comparing Simulations with Expectations and Interpreting Surprise Behaviour
406(1)
Partial Model Tests to Examine Pet Theories and Misconceptions
406(2)
Family Member Tests
408(1)
Policy Implication Tests
408(1)
Understanding Competitive Dynamics in Fast-moving Consumer Goods
409(1)
Summary of Confidence Building Tests
410(3)
Conclusion - Model Fidelity and Usefulness
413(4)
References
417(2)
Index 419


John Morecroft is Senior Fellow in Management Science and Operations at London Business School where he teaches system dynamics, problem structuring and strategy to MBAs and executives. He develops models and simulators to study the long-term performance of firms and industries. He has collaborated with a wide range of organisations from Royal Dutch/Shell to BBC World Service and Harley Davidson. Before joining London Business School he was on the faculty of MIT's Sloan School of Management where he received his PhD.