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Showing posts with label Methods. Show all posts
Showing posts with label Methods. Show all posts

Sunday, 2 September 2012

Kill Everyone: Advanced Strategies for No-Limit Hold 'Em Poker, Tournaments, and Sit-n-Gos: Revised and Expanded Edition (Gambling Theories Methods)

_http://www.amazon.com/Kill-Everyone-Strategies-Tournaments-Sit-n-Gos/dp/1935396307

 

English
PDF
373 Pages
151.60 Mb

Kill Everyone took the poker world by storm when it was first released in 2007. Its perfect blend of real-time experience, poker math, and computational horsepower created new concepts and advanced strategies never before seen in print for multi-table tournaments, Sit-n-Gos, and satellites. In this revised and expanded second edition, Kill Everyone adds even more ammunition to a tournament-poker-player's arsenal. In addition to groundbreaking analysis of fear-and-fold equity and equilibrium, plus the presentation of optimal strategies for the bubble, the end-game, and heads-up play, this second edition adds 50 pages of incisive commentary from the hottest tournament-poker-player in the world, Bertrand 'Elky' Grospellier, and a new chapter on short-stack cash games to go with the original discussion of playing in short-handed cash games. With a Foreword by 2006 World Series of Poker champion Joe Hachem, annotations by Elky, and solid math-based strategies from Lee Nelson, Tysen Streib, Steven Heston, and Mark Vos, Kill Everyone packs more poker brainpower between two covers than any book to come before it.

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Thursday, 7 June 2012

Synthetic Gene Networks: Methods and Protocols

Synthetic Gene Networks: Methods and Protocols
Synthetic Gene Networks: Methods and Protocols By Wilfried Weber, Martin Fussenegger
2012 | 404 Pages | ISBN: 1617794112 | PDF | 6 MB

The rapid expansion of synthetic biology is due to the design and construction of synthetic gene networks that have opened many new avenues in fundamental and applied research. Synthetic Gene Networks: Methods and Protocols provides the necessary information to design and construct synthetic gene networks in different host backgrounds.]]>

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