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 Microsoft Visual C# 2012 Step by Step (Step By Step (Microsoft))
Microsoft Visual C# is a powerful but simple language aimed primarily at developers creating applications by using the Microsoft .NET Framework. It inherits many of the best features of C++ and Microsoft Visual Basic, but few of the inconsistencies and anachronisms, resulting in a cleaner and more logical language. C# 1.0 made its ... |  |  Real World Haskell
Haskell is a deep language; we think learning it is a hugely rewarding experience. We
will focus on three elements as we explain why. The first is novelty: we invite you to
think about programming from a different and valuable perspective. The second is
power: we’ll show you how to create software that is short, fast, and safe.... |  |  Programming Language Pragmatics, Third Edition
A course in computer programming provides the typical student's first exposure to the field of computer science. Most students in such a course will have used computers all their lives, for email, games, web browsing, word processing, social networking, and a host of other tasks, but it is not until they write their first programs that... |
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 Engineering a Compiler, Second Edition
The practice of compiler construction changes continually, in part because the designs of
processors and systems change. For example, when we began to write Engineering a Compiler
(eac) in 1998, some of our colleagues questioned the wisdom of including a chapter on
instruction scheduling because out-of-order execution threatened to make... |  |  An Introduction to Parallel Programming
Parallel hardware has been ubiquitous for some time now. It’s difficult to find a laptop,
desktop, or server that doesn’t use a multicore processor. Beowulf clusters are
nearly as common today as high-powered workstations were during the 1990s, and
cloud computing could make distributed-memory systems as accessible as... |  |  Multi-Core Embedded Systems (Embedded Multi-Core Systems)
This book is authored to address many challenging topics related to the multi-core embedded systems research area, starting with multi-core architectures and interconnects, embedded design methodologies for multi-core systems, to mapping of applications, programming paradigms and models of computation on multi-core embedded systems.
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