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Chaotic Elections! A Mathematician Looks at Voting F First Edition Used Edition

4.5 out of 5 stars 4 customer reviews
ISBN-13: 978-0821828472
ISBN-10: 0821828479
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Product Details

  • Paperback: 159 pages
  • Publisher: American Mathematical Society; F First Edition Used edition (April 3, 2001)
  • Language: English
  • ISBN-10: 0821828479
  • ISBN-13: 978-0821828472
  • Product Dimensions: 0.5 x 7.2 x 10 inches
  • Shipping Weight: 11.2 ounces (View shipping rates and policies)
  • Average Customer Review: 4.5 out of 5 stars  See all reviews (4 customer reviews)
  • Amazon Best Sellers Rank: #369,484 in Books (See Top 100 in Books)

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Format: Paperback
First, I'm a physicist, so the math was fine for me, but some people might find it frustrating. However, if you're willing to sink your teeth into it you'll get the important ideas.
Second, Saari's insights into the role of symmetry in three-person elections are beautiful. He shows that even if none of the three (or more) candidates can beat all of the others head-to-head there is still interesting information present. When resolving cyclic ambiguities (George beats Bill, Bill beats Ross, Ross beats George) Saari's mathematical insights may be quite useful.
However, I have to take Saari to task for his criticism of Approval Voting (where you simply indicate yes or no for each candidate). He points out that the Approval winner cannot be predicted based solely on people's preference orders (e.g. I might like Ross better than Bill or George, and Bill better than George). Saari sees this as a defect, because "anybody could win." Approval, however, makes use of different information. Which of those candidates pass your threshold? Vote yes for all that you find acceptable.
Seen in this light, Approval is a perfectly rational policy.
Also, Saari doesn't think too highly of the Condorcet criterion: If one candidate can beat all others in one-on-one contests then that candidate should win. It is true that sometimes no candidate meets that criterion, and in those cases Saari's analysis provides important insights on how to resolve the situation. However, sometimes there is in fact one person who can beat all others one-on-one. In that case, no amount of analysis can change the fact that the Condorcet candidate is preferred over all others, and should win.
Finally, Saari gives short shrift to strategic considerations.
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Format: Paperback
Saari has put together a small but useful book on the trickiness inherent in voting and the potential paradoxes that can get minor candidates elected. In races with more than two candidates, the method of vote counting is extremely important, and it is possible that by changing the counting process, you could have any candidate you want winning. Theoretically, an election could be rigged without a single dishonest vote.
The obvious solution is to choose the counting method before the election, not afterwards, but there are perils to watch out for nonetheless. Saari goes into depth about these dangers.
This depth often gets very technical, something Saari is up front about. Less than half the book is really aimed for the lay reader; the remainder is aimed more towards mathematicians. Nonetheless, I recommend this book for everyone interested in the democratic process; even if you can't get into the math, there are still enough important insights to make this book more than worthwhile.
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Format: Paperback
This book makes some of Saari's most important research into the mathematics of voting accessible to a general audience for the first time. Personally, I greatly appreciate this book. With very little math background, I have tried in vain for the past year to comprehend some of Saari's research articles, with the assistance of a math professor. The result was very little comprehension, and a lot of headaches. This book has, for the first time, enabled me to understand some of the things I had struggled with in vain for months, and greatly increased my comprehension of many of those things I saw only dimly before. I thank the author for the mercy he has shown towards me, and similarly interested readers of his work.
At this time, Saari seems to be the world's leading researcher in the mathematics of voting and group decision making. While most of the general public, in the US at least, has remained almost entirely ignorant of the paradoxes of voting, mathematicians have recognized and struggled with them for centuries, since they recognized that the widespread rule that 'a plurality shall elect' can result in the election of the voters' least preferred candidate; for example, when there are 3 candidates, the plurality winner may be a candidate who is the last choice of up to two-thirds of the voters. Saari's recently published research papers, which resolve many of these profoundly difficult mind stumpers, and the recent US Presidential election, not to mention the begging and pleading of mathematical simpletons like myself, combined to motivate Saari to write this book.
If you are at all interested in having your vote properly accounted for in everything from selecting your group's next officer, to future national elections, I recommend this book to you.
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Format: Paperback Verified Purchase
Saari's book, as he states in the title and his introduction, is very mathematical. This does not bother me; my own background in science gives me strong enough math to handle this book, though more purely social-science-oriented people may find the book too heavy on the mathematics to help them.

The book analyzes a number of voting systems, and makes a good case for his point that the procedure of casting and counting votes will often determine the result more than the actual preferences of the voters. And he comes up with some conclusions with which I agree: the weakness of approval voting (though his reasons for disliking it differ from mine) and the insufficiency of Banzhaf's method of calculating power in a weighted voting system, for example.

But he generally makes one assumption which does not adequately reflect reality. This assumption is that an ordinal sequence of preference is an adequate representation of a voter's wishes (and that, in consequence, how much a voter prefers candidate A to candidate B is measured by how many candidates are between them on a list of preferences). In fact, with enough candidates in a race, there are bound to be several that a voter likes almost equally well, others that a voter dislikes equally well, and probably others about whom the voter is indifferent (possibly because he knows nothing about them!) Thus, there may be a huge gap between a voter's opinion of, for example, his fourth and fifth preferences, while he may like the fourth one almost as much as his top preference. As a result, Saari ends up favoring a system, the Borda count, which gives absolutely equal differences between the values assigned to consecutively numbered preferences, with no recognition (at least until the next-to-last page of the book!
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