Linked
How Everything Is Connected to Everything Else and What It Means




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Book Description
A cocktail party. A terrorist cell. Ancient bacteria. An international conglomerate.
All are networks, and all are a part of a surprising scientific revolution. Albert-László Barabási, the nation's foremost expert in the new science of networks, takes us on an intellectual adContinue
4 Reviews
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八足 said on Apr 20, 2008 | Add your feedback
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Valerio Schiavoni said on Dec 17, 2007 | Add your feedback
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Hung-Hsuan Chen (弘軒) said on Sep 10, 2011 | Add your feedback
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Alberto Cottica said on May 17, 2010 about the Hardcover edition | Add your feedback
Book Details
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(62)
- English Books
- Paperback 304 Pages
- Edition: Reissue
- ISBN-10: 0452284392
- ISBN-13: 9780452284395
- Publisher: Plume
- Pub date: Apr 29, 2003
- Dimensions: 1355 mm x 839 mm x 129 mm Just how big is that?
- Also available as: Hardcover and eBook
- In other languages: other languages
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Prices Change currency & sellers
| ISBN | Edition | List | Sale | Seller |
|---|---|---|---|---|
| 9780452284395 | Paperback | $16.00 | $11.52 | bn.com |
| $16.00 | $10.49 | The Book Depository | ||
| Other editions → | ||||
1 person find this helpful
It is a great book about the network applying on different fields of science.
The main line of the whole book is how author's research team discovered different versions of network model: from Random -> Clustering -> Scalefree model -> Modular Scalefree model
It also mentioned a ... (continue)
It is a great book about the network applying on different fields of science.
The main line of the whole book is how author's research team discovered different versions of network model: from Random -> Clustering -> Scalefree model -> Modular Scalefree model
It also mentioned a lot of networks in like cellular biology, economic, politics and (my favorite) terrorist group.
Though the book was written in late 90s and could not cover some latest result in network/complexity research, the book is still a worth-reading introduction to this new frontier of science!
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By the way, it seems in the footnote under Page 235, the number 2/14 should actually be 2/11, following formular
N(k)/[k!/(k-2)!2!] = 12/(12!/10!2!) = 12/(12x11/2) = 2/11
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