Book description
Discover How to Apply DES to Problems Encountered in HTADiscrete event simulation (DES) has traditionally been used in the engineering and operations research fields. The use of DES to inform decisions about health technologies is still in its infancy. Written by specialists at the forefront of this area, Discrete Event Simulation for Health Techno
Table of contents
- Front Cover (1/2)
- Front Cover (2/2)
- Contents (1/2)
- Contents (2/2)
- Abbreviations
- Preface
- Acknowledgments
- Authors
- Chapter 1: Introduction (1/5)
- Chapter 1: Introduction (2/5)
- Chapter 1: Introduction (3/5)
- Chapter 1: Introduction (4/5)
- Chapter 1: Introduction (5/5)
- Chapter 2: Central Concepts (1/9)
- Chapter 2: Central Concepts (2/9)
- Chapter 2: Central Concepts (3/9)
- Chapter 2: Central Concepts (4/9)
- Chapter 2: Central Concepts (5/9)
- Chapter 2: Central Concepts (6/9)
- Chapter 2: Central Concepts (7/9)
- Chapter 2: Central Concepts (8/9)
- Chapter 2: Central Concepts (9/9)
- Chapter 3: Implementation (1/15)
- Chapter 3: Implementation (2/15)
- Chapter 3: Implementation (3/15)
- Chapter 3: Implementation (4/15)
- Chapter 3: Implementation (5/15)
- Chapter 3: Implementation (6/15)
- Chapter 3: Implementation (7/15)
- Chapter 3: Implementation (8/15)
- Chapter 3: Implementation (9/15)
- Chapter 3: Implementation (10/15)
- Chapter 3: Implementation (11/15)
- Chapter 3: Implementation (12/15)
- Chapter 3: Implementation (13/15)
- Chapter 3: Implementation (14/15)
- Chapter 3: Implementation (15/15)
- Chapter 4: A Simple Example (1/9)
- Chapter 4: A Simple Example (2/9)
- Chapter 4: A Simple Example (3/9)
- Chapter 4: A Simple Example (4/9)
- Chapter 4: A Simple Example (5/9)
- Chapter 4: A Simple Example (6/9)
- Chapter 4: A Simple Example (7/9)
- Chapter 4: A Simple Example (8/9)
- Chapter 4: A Simple Example (9/9)
- Chapter 5: Analyses (1/4)
- Chapter 5: Analyses (2/4)
- Chapter 5: Analyses (3/4)
- Chapter 5: Analyses (4/4)
- Chapter 6: Formulating the Required Equations (1/8)
- Chapter 6: Formulating the Required Equations (2/8)
- Chapter 6: Formulating the Required Equations (3/8)
- Chapter 6: Formulating the Required Equations (4/8)
- Chapter 6: Formulating the Required Equations (5/8)
- Chapter 6: Formulating the Required Equations (6/8)
- Chapter 6: Formulating the Required Equations (7/8)
- Chapter 6: Formulating the Required Equations (8/8)
- Chapter 7: Efficiency and Variance Reduction (1/4)
- Chapter 7: Efficiency and Variance Reduction (2/4)
- Chapter 7: Efficiency and Variance Reduction (3/4)
- Chapter 7: Efficiency and Variance Reduction (4/4)
- Chapter 8: Validation (1/4)
- Chapter 8: Validation (2/4)
- Chapter 8: Validation (3/4)
- Chapter 8: Validation (4/4)
- Chapter 9: Special Topics (1/8)
- Chapter 9: Special Topics (2/8)
- Chapter 9: Special Topics (3/8)
- Chapter 9: Special Topics (4/8)
- Chapter 9: Special Topics (5/8)
- Chapter 9: Special Topics (6/8)
- Chapter 9: Special Topics (7/8)
- Chapter 9: Special Topics (8/8)
- Chapter 10: Case Study: Breast Cancer Surveillance (1/3)
- Chapter 10: Case Study: Breast Cancer Surveillance (2/3)
- Chapter 10: Case Study: Breast Cancer Surveillance (3/3)
- References (1/4)
- References (2/4)
- References (3/4)
- References (4/4)
- Back Cover
Product information
- Title: Discrete Event Simulation for Health Technology Assessment
- Author(s):
- Release date: October 2015
- Publisher(s): Chapman and Hall/CRC
- ISBN: 9781482218251
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