Name: Modern Vulkan Programming Handbook: Master the Vulkan API, GPU Architecture, Shaders, Memory, Pipelines, Descriptors, and High-Performance Rendering
SKU: 68918523
Price: 41.34 EUR
Availability: InStock
Author: CHANDLER, ZACHARY R.
ISBN: 9798175084642

portada Modern Vulkan Programming Handbook: Master the Vulkan API, GPU Architecture, Shaders, Memory, Pipelines, Descriptors, and High-Performance Rendering

Modern Vulkan Programming Handbook: Master the Vulkan API, GPU Architecture, Shaders, Memory, Pipelines, Descriptors, and High-Performance Rendering

Type

Physical Book

Publisher

Independently published

Author

CHANDLER, ZACHARY R.

Format

Paperback

ISBN13

9798175084642

Modern Vulkan Programming Handbook: Master the Vulkan API, GPU Architecture, Shaders, Memory, Pipelines, Descriptors, and High-Performance Rendering

Chandler, Zachary R. (Author) · Independently published · Paperback

New Book Imported to Netherlands

Delivery: 03 Nov - 05 Nov

€ 41,34

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Synopsis "Modern Vulkan Programming Handbook: Master the Vulkan API, GPU Architecture, Shaders, Memory, Pipelines, Descriptors, and High-Performance Rendering"

Modern Vulkan Programming Handbook Want to understand what really happens between your application and the GPU? Are Vulkan’s explicit memory management, synchronization, descriptors, pipelines, and command buffers difficult to connect together? Modern Vulkan Programming Handbook gives you a practical, developer-focused path through modern Vulkan programming, from fundamental concepts to advanced rendering and production-oriented engine architecture. How do instances, physical devices, logical devices, queues, and command buffers work together? How do you select memory types, manage GPU resources, transfer data efficiently, and prevent synchronization errors? What role do SPIR-V, descriptors, pipeline layouts, and graphics pipelines play in a modern renderer? This book answers these questions while covering Vulkan 1.4 concepts and modern development practices, including dynamic rendering, Synchronization2, timeline semaphores, descriptor indexing, buffer device address, host image copy, and capability-driven feature selection. You will also explore compute shaders, GPU-driven rendering, indirect drawing, mesh shading, ray tracing, advanced rendering techniques, frame graphs, multithreaded command recording, and asynchronous resource streaming. But what about real-world development? How do you debug Vulkan errors? How do you profile CPU and GPU workloads? How do you manage resources safely across frames? How do you design a renderer that can handle different GPUs and platforms? The book addresses these practical engineering questions through discussions of validation, synchronization, memory management, performance optimization, cross-platform development, and scalable Vulkan engine architecture. Whether you are learning Vulkan, moving from another graphics API, developing a rendering engine, or strengthening your GPU programming skills, this handbook helps you understand not only what Vulkan does, but why its systems work the way they do. Ready to build a stronger understanding of modern Vulkan and turn that knowledge into practical graphics applications? Start reading Modern Vulkan Programming Handbook and take your Vulkan development skills from API fundamentals to modern rendering and engine design.