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Structured Parallel Programming: Patterns for Efficient Computation
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Structured Parallel Programming book offers the simplest way for developers to learn patterns for high-performance parallel programming.
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Ce qui se démarque
Détails du produit
- 1st Edition of the book 'Structured Parallel Programming: Patterns for Efficient Computation'
- Provides patterns for efficient computation in structured parallel programming
- Offers guidance for optimizing parallel programs
- Covers key concepts and essential techniques for parallel programming
- Useful resource for software developers, computer scientists, and engineers
- Written by experts in parallel programming
| Publisher | Morgan Kaufmann |
| Publication date | July 9, 2012 |
| Edition | 1st |
| Language | English |
| Print length | 432 pages |
| ISBN-10 | 0124159931 |
| ISBN-13 | 978-0124159938 |
| Item Weight | 1.94 pounds (880 grams) |
| Dimensions | 7.5 x 0.98 x 9.25 inches (19.1 x 2.5 x 23.5 cm) |
À qui est-ce destiné ?
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Computer Science Students
Ideal for students studying parallel computing and seeking foundational knowledge in structured programming patterns.
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Software Developers
Beneficial for developers looking to enhance their skills in efficient computation using structured parallelism techniques.
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Researchers in Computing
Useful for researchers exploring advanced algorithms and methodologies in parallel computing and related fields.
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Casual Programmers
Not suitable for casual programmers without a strong background in parallel computing or structured programming.
DESCRIPTION DU PRODUIT
Structured Parallel Programming: Patterns for Efficient Computation
Questions et réponses des clients
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question:
What is Structured Parallel Programming?
répondre: Structured Parallel Programming is a programming paradigm that focuses on breaking down computational tasks into smaller, manageable sub-tasks that can be executed concurrently. This approach enhances performance and efficiency, particularly in multi-core and distributed computing environments. By using design patterns tailored for parallel execution, developers can better structure their code, making it easier to understand and maintain. For instance, when processing large datasets, structured parallel programming allows different chunks of data to be processed simultaneously, drastically improving processing time. -
question:
Who is the target audience for this book?
répondre: The target audience for 'Structured Parallel Programming: Patterns for Efficient Computation' includes computer science students, software engineers, and researchers interested in parallel computing. It provides insights into efficient programming techniques that help individuals understand how to implement parallel patterns effectively. For example, a graduate student conducting research in high-performance computing will find practical methods for optimizing workflows through structured parallel programming, enhancing both learning and application in real-world scenarios. -
question:
What are the main topics covered in the book?
répondre: The book covers essential topics such as design patterns in parallel programming, data decomposition techniques, task scheduling, and synchronization methods. Each section is designed to equip readers with the knowledge necessary to apply these concepts effectively in their programming tasks. For instance, understanding task scheduling can help developers streamline multi-threaded applications, ensuring that their programs run efficiently on modern hardware. This resource serves as both a theoretical guide and a practical manual for implementing state-of-the-art parallel programming techniques. -
question:
What are some practical applications of structured parallel programming?
répondre: Structured parallel programming is widely used in areas such as scientific computing, data analysis, and graphics rendering. Applications in scientific research often require processing vast quantities of data efficiently, and parallel programming allows researchers to run complex simulations faster. Additionally, in the realm of machine learning, structured parallel programming can significantly reduce training times for models by distributing computations across multiple processors. By leveraging this programming style, developers can enhance application performance and scalability. -
question:
Is prior programming knowledge required to understand the book?
répondre: Yes, prior programming knowledge is beneficial for understanding 'Structured Parallel Programming: Patterns for Efficient Computation'. Familiarity with basic concepts of programming languages and algorithms will help readers grasp the advanced concepts discussed in the book. The book is designed to build on this foundation, so a reader comfortable with languages like C++ or Python will be better equipped to dive into the detailed examples and scenarios presented. This ensures a smoother learning curve for those seeking to apply structured parallel programming principles. -
question:
What programming languages are discussed in the book?
répondre: The book discusses several programming languages commonly used in parallel computing, including C++, Java, and Python. Each language is illustrated with relevant examples that highlight how structured parallel programming patterns can be implemented. This multi-language approach caters to a diverse audience, allowing readers to apply learned concepts in their preferred programming environment. For instance, a reader proficient in Python can readily experiment with parallel algorithms using the book's examples, enhancing their practical skills and knowledge. -
question:
Are there case studies or examples in the book?
répondre: Yes, 'Structured Parallel Programming' includes numerous case studies and examples that demonstrate the practical application of the concepts covered. Each example illustrates how to approach real-world problems using structured parallel programming techniques. For instance, a given case study might outline a scenario involving data analytics where parallel programming significantly boosts processing efficiency. This hands-on approach helps readers visualize applications of the patterns and inspires them to adopt similar methods in their projects. -
question:
How does this book contribute to learning advanced parallel programming?
répondre: The book provides a comprehensive framework for understanding advanced parallel programming concepts, making it an invaluable resource for learners looking to deepen their knowledge. By focusing on structured approaches, it encourages readers to think critically about parallelism and software architecture. For example, a professional developer looking to optimize existing applications will find strategies within the book that foster efficient design decisions, enhancing their skill set and professional competence in the field of parallel programming. -
question:
What makes structured parallel programming more efficient than traditional methods?
répondre: Structured parallel programming improves efficiency by allowing programmers to better organize their code to take advantage of concurrent execution, reducing execution time for complex tasks. Traditional methods often operate sequentially, which can lead to underutilization of available computing resources. By employing structured patterns, developers can create programs that distribute workloads across multiple cores or processors, maximizing performance. For instance, when rendering a 3D scene, a developer can divide the rendering process among separate threads to speed up the overall rendering time significantly. -
question:
Where can I buy Structured Parallel Programming: Patterns for Efficient Computation 1st Edition?
répondre: You can purchase 'Structured Parallel Programming: Patterns for Efficient Computation 1st Edition' on Ubuy. They provide a convenient platform for accessing various titles across different subjects, ensuring you can find the book easily. Ubuy often features a user-friendly interface to help customers quickly navigate and secure their desired products, making it an excellent choice for book shopping in Algeria.
Software Development Editorial Review
"Structured Parallel Programming" is a book that is highly praised by some and heavily criticized by others. The book is written by Intel engineers, and provides an overview of parallel processing models, including Cilk Plus, Intel's Thread Building Blocks, OpenMP, OpenCV and more, explaining how they work and the Pros and Cons of each. The book is thorough in discussing the history of parallel processing and the architectures of today's computers, including compilers, processors memory etc. There's a clear command of the topic and many practical examples. This book is lauded for being a great resource, providing knowledge and tools to learn how to use the latest libraries and tools on the market. However, some claim the book is too abstract, theoretical and difficult to apply. The book is praised for providing clear and concise information in a well-structured way. However, some claim that the book is too cursory and introductory with too many concepts without providing any depth. Many claim that the book has a marketing bias towards intel's products and CPU's, is too heavily focused on theoretical concepts, does not teach how to use any technology and does not cover anything beyond mathematical computations.
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Avantages
- Clear and concise information
- Thorough introduction to the history of parallel processing and the architectures of today's computers
- Practical tools and knowledge to learn how to use the latest libraries and tools on the market
Les inconvénients
- Too abstract and theoretical
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DZD 8499
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Caractéristiques et avantages
- Provides a composable, structured, scalable, and machine-independent approach to parallel computing.
- Explains how to design and implement maintainable and efficient parallel algorithms.
- Presents theoretical concepts along with detailed concrete examples using popular programming models.
- Enables easy integration into existing applications and speeds up the development of parallel applications.
- Examples from realistic contexts illustrate widely applicable patterns and themes in parallel algorithm design.
- Ideal for software developers, computer programmers, and software architects.
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