Introduction to Vulkan Compute, the whats and whys. The API for high performance computing. GLSL shaders beyond graphics but also using them specifically for compute (not hacked graphics shaders) - but compute shaders.

1. Introduction to Vulkan
Compute
Unlocking High-Performance Computing with Vulkan

2. What is Vulkan Compute?

3. What is Vulkan Compute?
• Definition and Purpose
• Origin and Development by Khronos Group
• Key Characteristics (e.g., Low Overhead, Explicit Control)
• Cross-Platform and Cross-Device Support
A Low-Level API for High-Performance Computing

4. Key Features of Vulkan
Compute

5. Key Features of Vulkan Compute
• Multi-threading and Concurrency
• Reduced Driver Overhead
• Explicit Resource Management
• Unified API for Graphics and Compute
Enhancing Performance and Efficiency

6. Benefits of Using Vulkan
Compute
Why Choose Vulkan Compute?

7. Benefits of Using Vulkan Compute
• Improved Performance and Efficiency
• Better Resource Utilization
• Flexibility and Control for Developers
• Compatibility with Existing Vulkan Graphics Code

8. Getting Started with Vulkan
Compute
Setting Up Your Development Environment

9. Getting Started with Vulkan Compute
• Installing Vulkan SDK
• Setting Up a Development Environment (e.g., IDE, Libraries)
• Basic Vulkan Compute Example
• Resources and Tutorials

10. Introduction to Vulkan Compute
• Overview of Vulkan Compute
• Key Features and Benefits
• Comparison with Other APIs (e.g., OpenGL, DirectX)
• Applications and Use Cases