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Cover Art for Adaptive Information Systems And Modelling in Economics And Management Science
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Adaptive Information Systems And Modelling in Economics And Management Science


Author(s): Taudes, Alfred
ISBN10:  3211206841
ISBN13:  9783211206843
Format:  Hardcover
Pub. Date:  1/30/2006
Publisher(s): Springer Verlag

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Table of Contents
List of Contributors 13(2)
Introduction General scientific concept: aims of SFB 010 15(6)
I Modeling Consumer Behavior 21(50)
Basic Concepts and a Discrete-Time Model
23(22)
1 Purpose and Modules of the Artificial Consumer Market as a Simulation Environment
23(2)
2 The ACM Macro Structure
25(2)
3 Set Theory, Brand Choice, (Dis)satisfaction and Adaptive Preferences
27(2)
4 The ACM Micro Structure: Tracing the Individual Consumer
29(5)
5 A Formal Description of the Discrete-Time Model
34(1)
6 Attitude Formation
35(3)
7 Dynamics of Perceptions
38(2)
8 Measuring the State of a Consumer
40(3)
9 Choice of a Produce 4i
10 Word-of-mouth communication
43(2)
A Continuous-Time ACM Model and Experiment
45(12)
1 Description of the Continuous Artificial Consumer Market (CACM)
45(5)
1.1 Dynamics of the Perceptions
46(3)
1.2 Ideal-Point Model
49(1)
2 Application and Results
50(2)
Experimental Market Scenario and Model Calibration
50(2)
2.7 Maximizing Profits under Alternative Advertising Impact Functions
52(5)
Capturing Unobserved Consumer Heterogeneity Using the Bayesian Heterogeneity Model
57(14)
1 Introduction
57(1)
2 The General Heterogeneity Model
57(6)
2.1 Bayesian Estimation of the Heterogeneity Model under Heterogeneous Variances
58(4)
2.2 Bayesian Model Comparison through Model Likelihoods
62(1)
3 An Illustrative Application from Conjoint Analysis
63(4)
3.1 The Data
63(1)
3.2 The Design Matrix
63(1)
3.3 Model Selection
64(1)
3.4 Model Identification for the Selected Model
65(2)
4 Summary and Outlook
67(4)
II Modeling Financial Markets 71(42)
Non-linear Volatility Modeling in Classical and Bayesian Frameworks with Applications to Risk Management
73(26)
1 Introduction
73(2)
2 Description of Models
75(2)
3 Data Sets
77(1)
4 Maximum Likelihood Framework
77(8)
4.1 Estimation of Models
78(1)
4.2 Out-of-Sample Loss Function Performance
78(4)
4.3 VaR Application
82(3)
5 Bayesian Approach
85(8)
5.1 Basic Concepts and Notations
87(1)
5.2 Priors
88(1)
5.3 MCMC Posterior Simulation
89(1)
5.4 Bayesian Comparison Results
90(3)
6 Discussion and Conclusions
93(6)
Expectation Formation and Learning in Adaptive Capital Market Models
99(14)
1 Introduction
99(2)
2 A Basic Capital Market Model
101(2)
3 Learning and Stability for the Homogeneous Agent Model
103(3)
3.1 Sample Autocorrelation Learning
103(2)
3.2 Learning by Exponential Smoothing
105(1)
4 Consistent Expectations Equilibria
106(2)
5 Adaptive Belief Systems
108(2)
6 Conclusions and Discussion
110(3)
III Agent-Based Simulation Models 113(106)
The Artificial Economy: A Generic Simulation Environment for Heterogeneous Agents
115(12)
1 Introduction
115(1)
2 The Simulation Manager
116(3)
2.1 A Typical Simulation Cycle
116(1)
2.2 Using XML for Simulation Settings
117(2)
3 Agent Specification
119(3)
3.1 Wrapping Agents
119(1)
3.2 flow Agents Are Controlled during Simulations
120(1)
3.3 Using XML for Defining Agent Interfaces
121(1)
4 Communication Structures
122(1)
5 Dynamic Settings
123(1)
6 Control Issues
123(1)
7 Summary
124(3)
Disruptive Technologies: the Threat and its Defense
127(18)
1 Introduction
127(2)
2 Model
129(3)
3 Simulation Setup and Experimental Design
132(3)
4 Results
135(3)
5 Defending Disruption
138(3)
5.1 Model Extensions
139(1)
5.2 Experiments and Results
140(1)
6 Conclusions
141(4)
Agent-Based Simulation of Power Markets
145(14)
1 Introduction
145(1)
2 Market agent
146(1)
3 The Aggregated Demand–The Consumer
147(2)
4 Modeling of the Producers
149(3)
5 Simulation of the Austrian Electricity Market
152(3)
6 Conclusion and Outlook
155(4)
A Simulation Model of Coupled Consumer and Financial Markets
159(36)
1 Introduction
159(2)
2 Overview of Results
161(3)
2.1 Integration and Stochasticity
161(1)
2.2 Bounded Rationality and Information Usage
162(1)
2.3 Validation
162(1)
2.4 Fundamental Value and Stock Price Inflation
163(1)
2.5 Managerial Compensation
163(1)
3 The Integrated Markets Model
164(3)
3.1 The Consumer Market
164(2)
3.2 The Financial Market
166(1)
4 Model Validation
167(11)
4.1 Model Parameters
168(1)
4.2 The Metropolis Algorithm
169(1)
4.3 Markov Chain Model Exploration
170(3)
4.4 Ideal Parameters
173(3)
4.5 Discussion
176(2)
5 Share Price Inflation and Product Hype
178(4)
5.1 Hypist Traders
178(1)
5.2 Simulation Results
179(2)
5.3 Discussion
181(1)
6 Managerial Compensation
182(7)
6.1 Compensation in the Integrated Markets Model
183(1)
6.2 Risk Aversion
183(1)
6.3 Simulation Results
184(4)
6.4 Discussion
188(1)
7 Conclusions
189(6)
Product Diversification in an Artificial Strategy Environment
195(24)
1 Introduction
195(1)
2 Diversification Strategies
196(4)
3 The Artificial Strategy Environment
200(5)
3.1 Internal Factors
200(2)
3.2 External Factors
202(3)
3.3 Cash Flow and Investment
205(1)
4 Simulation Experiments and Results
205(5)
5 Conclusions and Further Research
210(9)
IV Statistical Modeling and Software Development 219
Parameter Estimation and Forecasting under Asymmetric Loss
221(12)
1 Introduction
221(1)
2 Concept
222(2)
3 Location estimator
224(4)
4 Linear Regression
228(5)
Identification of multivariate state-space systems
233(10)
1 Introduction
233(1)
2 ARX, ARMAX and State-Space Systems
233(2)
3 Parameterizations of State-Space Systems
235(4)
3.1 Data Driven Local Coordinates (DDLC)
238(1)
3.2 Separable Least Squares Data Driven Local Coordinates
239(1)
3.3 Orthogonal Data Driven Local Coordinates (orthoDDLC)
239(1)
4 Future Research Topics
239(4)
Factor Models for Multivariate Time Series
243(10)
1 Introduction
243(1)
2 The Basic Framework
243(2)
3 Quasi-Static Principal Components Analysis (Quasi-Static PCA)
245(1)
4 Dynamic PCA
246(1)
5 Quasi-static Frisch Model
246(2)
6 Dynamic Frisch Model
248(1)
7 Reduced Rank Regression Model
248(5)
Detecting Longitudinal Heterogeneity in Generalized Linear Models
253(8)
1 Introduction
253(1)
2 Generalized Fluctuation Tests in the Generalized Linear Model
254(3)
2.1 Empirical Fluctuation Processes
254(2)
2.2 Test Statistics
256(1)
2.3 Visualization
256(1)
3 The Boston Homicides Data
257(1)
4 Summary
258(3)
Ensemble Methods for Cluster Analysis
261(8)
1 Introduction
261(1)
2 Aggregation Based on Prototypes
262(2)
3 Aggregation Based on Memberships
264(2)
4 Summary and Outlook
266(3)
Open and Extensible Software for Data Analysis in Management Science
269
1 Introduction
269(1)
2 R: An Environment for Statistical Computing
270(2)
2.1 The language S
270(1)
2.2 Features of R
270(1)
2.3 R Package Management
271(1)
3 R and Management Science
272(2)
3.1 Market Segmentation, GLIMMIX and FlexMix
272(1)
3.2 Graphical Models
273(1)
4 Conclusions
274

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