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Seven Concurrency Models In Seven Weeks: When Threads Unravel
Your software needs to leverage multiple cores handle thousands of users and terabytes of data and continue working in the face of both hardware and software failure Concurrency and parallelism are the keys and Seven Concurrency Models in Seven Weeks equips you for this new world See how emerging technologies such as actors and functional programming address issues with traditional threads and locks development Learn how to exploit the parallelism in your computer's GPU and leverage clusters of machines with MapReduce and Stream Processing And do it all with the confidence that comes from using tools that help you write crystal clear high-quality code This book will show you how to exploit different parallel architectures to improve your code's performance scalability and resilience Learn
about the perils of traditional threads and locks programming and how to overcome them through careful design and by working with the standard library See how actors enable software running on geographically distributed computers to collaborate handle failure and create systems that stay up 247365 Understand why shared mutable state is the enemy of robust concurrent code and see how functional programming together with technologies such as Software Transactional Memory (STM) and automatic parallelism help you tame it You'll learn about the untapped potential within every GPU and how GPGPU software can unleash it You'll see how to use MapReduce to harness massive clusters to solve previously intractible problems and how in concert with Stream Processing big data can be tamed With an
understanding of the strengths and weaknesses of each of the different models and hardware architectures you'll be empowered to tackle any problem with confidence What You Need The example code can be compiled and executed on nix OS X or Windows Instructions on how to download the supporting build systems are given in each chapter
about the perils of traditional threads and locks programming and how to overcome them through careful design and by working with the standard library See how actors enable software running on geographically distributed computers to collaborate handle failure and create systems that stay up 247365 Understand why shared mutable state is the enemy of robust concurrent code and see how functional programming together with technologies such as Software Transactional Memory (STM) and automatic parallelism help you tame it You'll learn about the untapped potential within every GPU and how GPGPU software can unleash it You'll see how to use MapReduce to harness massive clusters to solve previously intractible problems and how in concert with Stream Processing big data can be tamed With an
understanding of the strengths and weaknesses of each of the different models and hardware architectures you'll be empowered to tackle any problem with confidence What You Need The example code can be compiled and executed on nix OS X or Windows Instructions on how to download the supporting build systems are given in each chapter
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