Supercomputing for Artificial Intelligence: Foundations, Architectures, and Scaling Deep Learning Workloads
Supercomputing for Artificial Intelligence: Foundations, Architectures, and Scaling Deep Learning Workloads
Supercomputing for Artificial Intelligence is a practical, systems-oriented guide to mastering the infrastructures, tools, and execution trade-offs involved in scaling deep learning systems.
Supercomputing for Artificial Intelligence: Foundations, Architectures, and Scaling Deep Learning Workloads
Numéro d'article: 211422612

Supercomputing for Artificial Intelligence: Foundations, Architectures, and Scaling Deep Learning Workloads

Numéro d'article: 211422612

DZD 9371

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Supercomputing for Artificial Intelligence is a practical, systems-oriented guide to mastering the infrastructures, tools, and execution trade-offs involved in scaling deep learning systems.
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Ce qui se démarque

Advanced Architectures
Explores cutting-edge architectures tailored for AI, enhancing computational efficiency and performance for deep learning applications, setting it apart from traditional computing resources.
Scalable Solutions
Provides strategies for scaling deep learning workloads, enabling researchers and developers to efficiently manage increasing data sizes and complexity, which is crucial for modern AI applications.
Comprehensive Foundations
Covers essential principles and frameworks of supercomputing for AI, equipping professionals with the foundational knowledge needed to innovate and excel in high-performance computing environments.

Détails du produit

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  • When code is cheap, performance is expensive.Supercomputing for Artificial Intelligence is a systems-oriented guide to understanding what really happens when AI code runs at scale.Learn how to train deep learning models and LLMs on GPUs, clusters, and supercomputers—and how to reason about performance, scalability, and cost.Supercomputing for Artificial Intelligence is a practical, systems-oriented guide to mastering the infrastructures, tools, and execution trade-offs involved in scaling deep learning systems—from neural networks to large language models (LLMs).Designed for graduate students, AI researchers, data scientists, and engineers, this book bridges the gap between high-performance computing (HPC) and real-world AI applications. In an era where AI tools can generate entire training pipelines in minutes, the real engineering challenge has shifted from writing code to understanding performance, scalability limits, and cost. Whether you're working in academia, industry, or exploring advanced AI on your own, you'll find clear explanations and hands-on examples built around tools like PyTorch, CUDA, MPI, SLURM, and multi-GPU distributed training.With over 800 pages of rigorously tested content, this book develops the ability to reason about large-scale AI training through:The foundations of supercomputing and its role in AI workloadsPractical GPU programming with CUDA and distributed systemsParallel programming with MPI on modern clustersEfficient training of neural networks, CNNs, and TransformersPerformance optimization for deep learning at scaleDistributed training with PyTorch DistributedDataParallel (DDP)Building and scaling LLMs using real biomedical and NLP datasetsJupyter, Google Colab, and Hugging Face workflowsDeployment and inference strategies for modern LLMsAll source code, configuration files, and job scripts are available in a public GitHub repository. The material is field-tested through years of teaching and research at the Barcelona Supercomputing Center, and can be applied on local GPU setups, cloud platforms, and HPC clusters.This book is ideal for:Instructors looking for practical material for AI and HPC coursesStudents and professionals wanting to learn how to run AI at scaleEngineers transitioning from standard AI workflows to distributed environments and seeking system-level judgmentsResearchers working on LLMs and interested in reproducible pipelinesDo I need a supercomputer to use this book? Not at all. While some examples are run on large systems like MareNostrum, some code is designed to scale—from a single GPU to a full HPC node. You’ll find guidance for running experiments in Google Colab and containerized environments. The emphasis throughout is not on maximum scale, but on understanding when scaling makes sense—and when it does not.Whether you're teaching AI, training models at scale, or simply curious about the invisible infrastructure powering today’s most powerful AI systems, this book is your companion to understanding and leveraging supercomputing for artificial intelligence.This is not a book about writing code faster. It is about understanding what happens when that code runs—on GPUs, across nodes, under real resource constraints.What's inside:800+ pages of real-world content tested in supercomputing classroomsHands-on examples with PyTorch, CUDA, MPI, and SLURMFull GitHub access with ready-to-run scripts and datasetsWorkflows adapted for Google Colab, and HPC clusters
Publisher Independently published
Publication date July 30, 2025
Language English
Print length 804 pages
ISBN-13 979-8319328359
Item Weight 3.1 pounds (1.41 kg)
Dimensions 7.44 x 1.82 x 9.69 inches (18.9 x 4.6 x 24.6 cm)

À qui est-ce destiné ?

Suitable For
  • AI Researchers

    Ideal for researchers focusing on enhancing deep learning techniques, requiring extensive computational resources and advanced architectures.

  • Data Scientists

    Beneficial for data scientists looking to optimize their deep learning models using supercomputing strategies for large datasets.

  • Graduate Students

    Perfect for graduate students specializing in artificial intelligence, providing foundational knowledge of supercomputing in AI applications.

Not Suitable For
  • Casual Learners

    Not suitable for casual learners who want a simple introduction to AI without complex computational concepts.

DESCRIPTION DU PRODUIT

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Questions et réponses des clients

  • question: What are the main topics covered in 'Supercomputing For Artificial Intelligence'?

    répondre: The book covers essential aspects such as foundational concepts of supercomputing, the core architectures used in AI, and methodologies for scaling deep learning workloads. It details the principles behind high-performance computing and how they apply to artificial intelligence challenges. For instance, readers can learn about efficient resource management and parallel processing techniques that can accelerate AI model training.
  • question: Who is the target audience for this book?

    répondre: The book is primarily aimed at AI researchers, computer scientists, and practitioners in data science and machine learning. It's also suitable for advanced undergraduate or graduate students in computer science or engineering disciplines. These readers will benefit significantly, as the content provides both theoretical foundations and practical applications that can enhance their understanding of supercomputing in AI contexts.
  • question: How does this book address the challenges of scaling deep learning workloads?

    répondre: The book addresses scaling by exploring techniques that leverage distributed computing and cloud environments to manage large datasets effectively. It explains methodologies such as mini-batch training and data parallelism, which can significantly decrease training times for complex models. By applying these strategies, users can better manage resources and achieve optimal performance in their deep learning tasks.
  • question: Are there any practical examples or case studies included in the book?

    répondre: Yes, the book includes several real-world case studies that illustrate the successful application of supercomputing principles in various AI projects. For example, it might showcase how a tech company effectively employed supercomputing to train their image recognition models on vast datasets. These examples help to contextualize the theoretical concepts and provide insights into their practical implementations.
  • question: What prerequisites should I have before reading this book?

    répondre: A foundational understanding of artificial intelligence principles, machine learning algorithms, and basic programming skills will greatly enhance your reading experience. Familiarity with concepts like neural networks and data manipulation is also beneficial. This background will allow readers to fully grasp the advanced topics discussed in the book and apply them effectively in their own AI initiatives.
  • question: What specific architectures for AI are discussed in this book?

    répondre: The book dives deep into various AI architectures, including convolutional neural networks (CNNs), recurrent neural networks (RNNs), and transformer models. It examines how these architectures can be optimized on supercomputing platforms to ensure they perform effectively at scale. This understanding helps readers choose the right architecture based on their project requirements and available resources.
  • question: Does the book discuss any programming languages or tools for supercomputing?

    répondre: Yes, the book discusses programming languages and tools commonly used in supercomputing for AI, such as Python, CUDA, and MPI (Message Passing Interface). It explains how these tools can facilitate parallel processing and efficient computation, ensuring that readers can apply theoretical concepts using practical tools in their projects.
  • question: Can beginners in artificial intelligence benefit from this book?

    répondre: While the book is best suited for those with some foundational knowledge, beginners passionate about AI may find value in the clear explanations of core principles. However, they might need additional resources to fully understand some advanced topics. For those eager to enhance their skills, this book can be an excellent stepping stone towards mastering supercomputing in AI.
  • question: Is there a focus on future trends in AI and supercomputing in the book?

    répondre: Indeed, the book explores future trends in AI and supercomputing, discussing emerging technologies and methodologies that could shape the landscape. It highlights key areas such as quantum computing and neuromorphic computing, which may revolutionize how AI workloads are processed. Understanding these trends can provide readers with a strategic advantage in anticipating the next big shifts in the field.
  • question: Where can I buy Supercomputing For Artificial Intelligence Foundations, Architectures, And Scaling Deep Learning Workloads in Algeria?

    répondre: You can purchase 'Supercomputing For Artificial Intelligence Foundations, Architectures, And Scaling Deep Learning Workloads' from Ubuy, a trusted online retailer providing delivery across Algeria. Ubuy offers a seamless shopping experience with access to various products, ensuring you receive your book efficiently and conveniently.

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Avantages

  • Comprehensive coverage of AI topics
  • Clear explanations and examples
  • Highly informative for professionals
  • Well-structured for easy understanding
  • Up-to-date with current trends

Les inconvénients

  • Some advanced sections may be challenging.

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