eBooks - Science & Technology - Computers & Internet - Scientific American - Sandy Fritz - David A. Patterson - Understanding Supercomputing


Understanding Supercomputing eBooks

Manufactured by: Scientific American ~ Compiled by: Sandy Fritz ~ Foreword by: David A. Patterson


Understanding Supercomputing - Adobe eBook

Understanding Supercomputing eBook

Adobe

Platforms
Windows Vista / XP / 2000, Mac OS X Tiger

Features
Advanced navigation, search, bookmarks, and multiple viewing options.

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Price: $9.95


Understanding Supercomputing - Microsoft Reader eBook

Understanding Supercomputing eBook

Microsoft Reader

Platforms
Windows 98+, Tablet PC, Pocket PC 2003

Features
ClearType, advanced navigation, search, personal library, bookmarks, notes, and drawing.

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Price: $9.95


Understanding Supercomputing - Palm eBook

Understanding Supercomputing eBook

Palm

Platforms
All Palm & Pocket PC handheld devices plus all Windows and Macintosh computers.

Features
Advanced navigation, search, bookmarks, and powerful viewing features.

Availability:
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Price: $9.95


Understanding Supercomputing Summary

Anyone alive in the latter part of the 20th century is familiar with computers and the concept of doing work via these silicon-chip-driven modern wonders. A typical handheld computing device today has more computing power than a 1960s computer that took up an entire room. In today's world, computing size equals speed: the smaller the faster. With computing speed nearly doubling every 18 months, today's computing power is more than 100 million times that of a computer in 1970.What does the future hold for computers and their ever-growing power? In Scientific American's UNDERSTANDING SUPERCOMPUTING, you'll discover what constitutes a "super-computer," how the super-computers of today function, how you can make your own computer into a super machine (it's a matter of networking), and what tomorrow holds in store for computer usage in terms of hardware, software, and everyday applications.

Anyone alive in the latter part of the 20th century is familiar with computers and the concept of doing work via these silicon-chip-driven modern wonders. A typical handheld computing device today has more computing power than a 1960s computer that took up an entire room. In today's world, computing size equals speed: the smaller the faster. With computing speed nearly doubling every 18 months, today's computing power is more than 100 million times that of a computer in 1970.What does the future hold for computers and their ever-growing power? In Scientific American's UNDERSTANDING SUPERCOMPUTING, you'll discover what constitutes a "super-computer," how the super-computers of today function, how you can make your own computer into a super machine (it's a matter of networking), and what tomorrow holds in store for computer usage in terms of hardware, software, and everyday applications.



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