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 C# Programming: From Problem Analysis to Program Design
C# Programming: From Problem Analysis to Program Design requires no previous introduction
to programming and only a mathematical background of high school algebra. The
book uses C# as the programming language for software development; however, the basic
programming concepts presented can be applied to a number of other languages.... |  |  Computer Science: An Overview (11th Edition)
This book presents an introductory survey of computer science. It explores the
breadth of the subject while including enough depth to convey an honest appreciation
for the topics involved.
Computer Science: An Overview uses broad coverage and clear exposition to present a complete picture of the dynamic computer... |  |  Numerical Methods for Engineers, Sixth Edition
It has been over twenty years since we published the first edition of this book. Over that period,
our original contention that numerical methods and computers would figure more
prominently in the engineering curriculum—particularly in the early parts—has been dramatically
borne out. Many universities now offer freshman,... |
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 Excel 2010 Made Simple
Get the most out of Excel 2010 with Excel 2010 Made Simple—learn the key features, understand what’s new, and utilize dozens of time-saving tips and tricks to get your job done. Over 500 screen visuals and clear-cut instructions guide you through the features of Excel 2010, from formulas and charts to navigating around a... |  |  Migrating Applications to IPv6
How badly will IPv6 break your application? What do you need to consider to make
your application “IPv6-ready”? What questions should you ask?
In the ideal world, your application should “just work” on IPv6, just as it does on IPv4.
However, in the real world, application issues crop up. These could be... |  |  VLSI Physical Design: From Graph Partitioning to Timing Closure
Physical design of integrated circuits remains one of the most interesting and challenging arenas in the field of Electronic Design Automation. The ability to integrate more and more devices on our silicon chips requires the algorithms to continuously scale up. Nowadays we can integrate 2e9 transistors on a single 45nm-technology chip. This... |
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