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Mathematik und Demokratie: Bessere Abstimmung entwerfen, Brams +=-

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Mathematics and Democracy: Designing Better Vot, Brams+=
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PublishedOn
2008-01-06
ISBN
9780691133218
EAN
9780691133218
Publication Year
2008
Type
Textbook
Format
Perfect
Language
English
Publication Name
Mathematics and Democracy : Designing Better Voting and Fair-Division Procedures
Item Height
0.9in
Author
Steven J. Brams
Item Length
9.2in
Publisher
Princeton University Press
Item Width
6.5in
Item Weight
21 Oz
Number of Pages
392 Pages

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Product Information

Voters often desert a preferred candidate for a more viable second choice to avoid wasting their vote. Likewise, parties to a dispute often find themselves unable to agree on a fair division of contested goods. This book shows how social-choice and game theory could make political and social institutions more democratic.

Product Identifiers

Publisher
Princeton University Press
ISBN-10
0691133212
ISBN-13
9780691133218
eBay Product ID (ePID)
60218227

Product Key Features

Author
Steven J. Brams
Publication Name
Mathematics and Democracy : Designing Better Voting and Fair-Division Procedures
Format
Perfect
Language
English
Publication Year
2008
Type
Textbook
Number of Pages
392 Pages

Dimensions

Item Length
9.2in
Item Height
0.9in
Item Width
6.5in
Item Weight
21 Oz

Additional Product Features

Lc Classification Number
Jf1001.B73 2008
Reviews
"Showing how social-choice theory and game theory could make political and social institutions more democratic, Brams uses mathematical analysis to develop new procedures that could enable voters to better express their preferences."-- Times Higher Education, The image on the cover ofMathematics and Democracyshows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting. -- Iain McLean, Science, Since the math is elementary and the problems familiar, the book can be read both by political scientists not allergic to formal reasoning and by amateurs of mathematics interested in politics. Voting practitioners and designers will be delighted to find thorough discussions of less-known methods. All of them will find the book an interesting introduction to the fascinating subfield of mathematically oriented political science that analyzes and invents constructive institutional solutions to social dilemmas., "Since the math is elementary and the problems familiar, the book can be read both by political scientists not allergic to formal reasoning and by amateurs of mathematics interested in politics. Voting practitioners and designers will be delighted to find thorough discussions of less-known methods. All of them will find the book an interesting introduction to the fascinating subfield of mathematically oriented political science that analyzes and invents constructive institutional solutions to social dilemmas."-- Marek Kaminski, Political Science Quarterly, The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting. ---Iain McLean, Science, " Mathematics and Democracy is rich in analyses of historical cases. . . . Read Mathematics and Democracy : You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere."-- Philip J. Davis, SIAM News, "In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory!"-- Marianne Freiberger, + Plus Magazine, Since the math is elementary and the problems familiar, the book can be read both by political scientists not allergic to formal reasoning and by amateurs of mathematics interested in politics. Voting practitioners and designers will be delighted to find thorough discussions of less-known methods. All of them will find the book an interesting introduction to the fascinating subfield of mathematically oriented political science that analyzes and invents constructive institutional solutions to social dilemmas. -- Marek Kaminski, Political Science Quarterly, Showing how social-choice theory and game theory could make political and social institutions more democratic, Brams uses mathematical analysis to develop new procedures that could enable voters to better express their preferences. -- Times Higher Education, "Showing how social-choice theory and game theory could make political and social institutions more democratic, Brams uses mathematical analysis to develop new procedures that could enable voters to better express their preferences." -- Times Higher Education, In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory! -- ianne Freiberger, +"Plus Magazine, "Since the math is elementary and the problems familiar, the book can be read both by political scientists not allergic to formal reasoning and by amateurs of mathematics interested in politics. Voting practitioners and designers will be delighted to find thorough discussions of less-known methods. All of them will find the book an interesting introduction to the fascinating subfield of mathematically oriented political science that analyzes and invents constructive institutional solutions to social dilemmas." --Marek Kaminski, Political Science Quarterly, "The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The books contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting."-- Iain McLean, Science, Mathematics and Democracyis rich in analyses of historical cases. . . . ReadMathematics and Democracy: You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere. -- Philip J. Davis, SIAM News, Since the math is elementary and the problems familiar, the book can be read both by political scientists not allergic to formal reasoning and by amateurs of mathematics interested in politics. Voting practitioners and designers will be delighted to find thorough discussions of less-known methods. All of them will find the book an interesting introduction to the fascinating subfield of mathematically oriented political science that analyzes and invents constructive institutional solutions to social dilemmas. ---Marek Kaminski, Political Science Quarterly, Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze. Mathematics and Democracy , based on a selection of Brams's (mostly co-authored) papers, will add to his influence., Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze.Mathematics and Democracy, based on a selection of Brams's (mostly co-authored) papers, will add to his influence., Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze.Mathematics and Democracy, based on a selection of Brams's (mostly co-authored) papers, will add to his influence. -- D. Marc Kilgour, Mathematical Reviews, "The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting."-- Iain McLean, Science, "The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting." --Iain McLean, Science, The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting., Mathematics and Democracy is rich in analyses of historical cases. . . . Read Mathematics and Democracy : You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere. -- Philip J. Davis, SIAM News, In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory! ---Marianne Freiberger, +, Plus Magazine, "Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze. Mathematics and Democracy , based on a selection of Brams's (mostly co-authored) papers, will add to his influence."-- D. Marc Kilgour, Mathematical Reviews, In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory!, The image on the cover ofMathematics and Democracyshows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting., Mathematics and Democracyis rich in analyses of historical cases. . . . ReadMathematics and Democracy: You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere., Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze. Mathematics and Democracy , based on a selection of Brams's (mostly co-authored) papers, will add to his influence. ---D. Marc Kilgour, Mathematical Reviews, "Professor Brams is one of the leading political scientists of our time, and one of the best-known authorities in the field of applied decision, game, and social choice theory. So, the level of expectations regarding his scholarly output is much higher than for most other authors. Yet, I believe this book surpasses that level." --Hannu Nurmi, University of Turku, Finland, "In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory!" --Marianne Freiberger, + Plus Magazine, In seven chapters, Brams proposes and dissects a range of, often very elegant, fair division procedures pertaining to different situations. . . . Brams strengthens his arguments with a wealth of real-life examples, from US elections to the 1978 peace negotiations between Israel and Egypt. The mathematical results are amply illustrated with easy-to-follow examples. . . . If you're interested in democracy, then this book makes eye-opening reading, and if you're planning on wielding power at some point in the future, then it should be compulsory! -- Marianne Freiberger, +"Plus Magazine, Mathematics and Democracy is rich in analyses of historical cases. . . . Read Mathematics and Democracy : You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere. ---Philip J. Davis, SIAM News, Mathematics and Democracy is rich in analyses of historical cases. . . . Read Mathematics and Democracy : You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere., "Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze. Mathematics and Democracy , based on a selection of Brams's (mostly co-authored) papers, will add to his influence." --D. Marc Kilgour, Mathematical Reviews, Showing how social-choice theory and game theory could make political and social institutions more democratic, Brams uses mathematical analysis to develop new procedures that could enable voters to better express their preferences., Increasingly, mathematicians are finding interesting problems in social science, a development that the previous books of Steven J. Brams helped to catalyze. Mathematics and Democracy , based on a selection of Brams's (mostly co-authored) papers, will add to his influence. -- D. Marc Kilgour, Mathematical Reviews, " Mathematics and Democracy is rich in analyses of historical cases. . . . Read Mathematics and Democracy : You will learn of the vast number of voting options that have been mooted, and you will easily conclude that any proposed change, however minor, will arouse fury in some constituency somewhere." --Philip J. Davis, SIAM News, The image on the cover of Mathematics and Democracy shows four people pulling on two ropes. If they all pull, the knot will jam. The book's contents show, on the contrary, that sometimes mathematics and game theory can unjam the problems of voting. -- Iain McLean, Science
Table of Content
Preface xiii PART 1. VOTING PROCEDURES 1 Chapter 1: Electing a Single Winner: Approval Voting in Practice 3 1.1. Introduction 3 1.2. Background 6 1.3. Early History 8 1.4. The Adoption Decisions in the Societies 10 1.5. Does AV Make a Difference? 14 1.6. Does AV Elect the Lowest Common Denominator? 16 1.7. Is Voting Ideological? 18 1.8. Summary and Conclusions 21 Chapter 2: Electing a Single Winner: Approval Voting in Theory 23 2.1. Introduction 23 2.2. Preferences and Strategies under AV 25 2.3. Election Outcomes under AV and Other Voting Systems 26 2.4. Stability of Election Outcomes 37 2.5. Summary and Conclusions Appendix 43 Chapter 3: Electing a Single Winner: Combining Approval and Preference 46 3.1. Introduction 46 3.2. Definitions and Assumptions 48 3.3. Preference Approval Voting (PAV) 49 3.4. Fallback Voting (FV) 52 3.5. Monotonicity of PAV and FV 56 3.6. Nash Equilibria under PAV and FV 58 3.7. The Effects of Polls in 3- Candidate Elections 61 3.8. Summary and Conclusions 66 Chapter 4: Electing Multiple Winners: Constrained Approval Voting 69 4.1. Introduction 69 4.2. Background 70 4.3. Controlled Roundings 72 4.4. Further Narrowing: The Search May Be Futile 75 4.5. Constrained Approval Voting (CAV) 80 4.6. Unconstraining Votes: Two Alternatives to CAV 82 4.7. Summary and Conclusions 87 Chapter 5: Electing Multiple Winners: The Minimax Procedure 89 5.1. Introduction 89 5.2. Minisum and Minimax Outcomes 91 5.3. Minimax versus Minisum Outcomes: They May Be Antipodes 97 5.4. Endogenous versus Restricted Outcomes 101 5.5. Manipulability 103 5.6. The Game Theory Society Election 105 5.7. Summary and Conclusions 108 Appendix 109 Chapter 6: Electing Multiple Winners: Minimizing Misrepresentation 112 6.1. Introduction 112 6.2. Obstacles to the Implementation of Proportional Representation (PR) 113 6.3. Integer Programming 115 6.4. Monroe's System 116 6.5. Assigning More than One Candidate to a Voter 119 6.6. Approval Voting 121 6.7. Fractional Assignments 123 6.8. Noninteger k 125 6.9. The Chamberlin- Courant System 126 6.10. Tullock's System 127 6.11. Weighted Voting 129 6.12. Nonmanipulability 130 6.13. Representativeness 131 6.14. Hierarchical PR 133 6.15. Summary and Conclusions 136 Appendixes 138 Chapter 7: Selecting Winners in Multiple Elections 143 7.1. Introduction 143 7.2. Referendum Voting: An Illustration of the Paradox of Multiple Elections 145 7.3. The Coherence of Support for Winning Combinations 149 7.4. Empirical Cases 155 7.5. Relationship to the Condorcet Paradox 160 7.6. Normative Questions and Democratic Political Theory 165 7.7. Yes- No Voting 167 7.8. Summary and Conclusions 169 PART 2. FAIR- DIVISION PROCEDURES 171 Chapter 8: Selecting a Governing Coalition in a Parliament 173 8.1. Introduction 173 8.2. Notation and Definitions 176 8.3. The Fallback (FB) and Build- Up (BU) Processes 177 8.4. The Manipulability of FB and BU 181 8.5. Properties of Stable Coalitions 182 8.6. The Probability of Stable Coalitions 186 8.7. The Formation of Majorities in the U.S. Supreme Court 189 8.8. Summary and Conclusions 193 Appendix 195 Chapter 9: Allocating Cabinet Ministries in a Parliament 199 9.1. Introduction 199 9.2. Apportionment Methods and Sequencing 202 9.3. Sophisticated Choices 206 9.4. The Twin Problems of Nonmonotonicity and Pareto- Nonoptimality 209 9.5. Possible Solutions: Trading and Different Sequencing 214 9.6. A 2-Party Mechanism 215 9.7. Order of Choice and Equitability 218 9.8. Summary and Conclusions 220 Appendix 221 Chapter 10: Allocating Indivisible Goods: Help the Worst- Off or Avoid Envy? 224 10.1. Introduction 224 10.2. Maximin and
Copyright Date
2008
Topic
Physics / Quantum Theory, Political Process / Campaigns & Elections, Public Finance, Physics / Relativity, Physics / General
Lccn
2007-023584
Dewey Decimal
324.601513
Intended Audience
College Audience
Dewey Edition
22
Illustrated
Yes
Genre
Business & Economics, Science, Political Science

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