Скачать с ютуб Real-Time Sine Wave Rendering using CUDA-OpenGL Interoperability | CPU vs GPU Rendering. в хорошем качестве

Real-Time Sine Wave Rendering using CUDA-OpenGL Interoperability | CPU vs GPU Rendering.

The sine wave rendering project showcases real-time sine wave rendering using the power of CUDA and OpenGL interoperability, all developed using C, C++, and win32API. This project leverages GPU acceleration, seamlessly integrating parallel computing with advanced graphics rendering, making it ideal for applications in scientific visualization and real-time rendering. Project Highlights: CPU vs. GPU Performance: By transferring the sine wave calculations to the GPU, achieved real-time performance that the CPU alone cannot provide, effectively highlighting the GPU's exceptional parallel processing capabilities. CUDA + OpenGL Integration: Utilized CUDA for the intensive computations and OpenGL for rendering. The seamless interoperability between CUDA and OpenGL enabled efficient data sharing, resulting in smooth and high-performance animations. High-Performance Graphics: This project illustrates how GPU acceleration can significantly enhance graphics applications, whether in scientific visualization, 3D animation, or any real-time visual processing. ================== Technical Details: ================== Programming Language : C and C++ Rendering API : OpenGL 4.60 Parallel Computing API : CUDA 12.3 Operating System : Windows 11 Windowing and User Interface: Win32SDK CPU : Intel(R) Core(TM) i7 GPU : NVIDIA GeForce RTX 4050 ====================== Non-Technical Details: ====================== Music : Never Give Up - Inspiring and Motivational Violin Music YouTube_Link :    • Never Give Up - Inspiring and Motivat...   Follow on : YouTube:    / @ganesh_korade   LinkedIn:   / ganeshkorade   Hash Tags: #CUDA #OpenGL #OpenGLES #CProgramming #Cpp #CPU #GPU #ComputerGraphics #GPUComputing #HighPerformanceComputing #GPGPU #Animation #3DAnimation #RealTimeRendering #GraphicsProgramming #ScientificVisualization #ParallelComputing #VisualEffects #RenderingTechniques #GPURendering #3DGraphics #Programming #CUDAGraphics #OpenGLRendering #RealTimeGraphics #AnimationTechnology #3DVisualization #VisualComputing #GameDev #SimulationTechnology #HPC #TechInnovation #GraphicsEngineering #OpenGLInterop #PerformanceOptimization #FutureOfRendering #3D #2D #DirectX #Direct3D #shader #GameDevelopment #3DGameDevelopment #GraphicsDevelopment #Development #Coding #rtx #gaming #nvidia #pcgaming #amd #gamingpc #gamer #WebGL #threejs #rendering #win32API #windows #win32sdk #GPUOptimization #ShaderProgramming #GraphicsAPI #HighPerformanceGraphics #ParallelProcessing #astromedicomp #3DRendering #RealTimeGraphicsPipeline #RenderingPipeline #InteractiveGraphics #RealTimeShading #DigitalRendering #ComputerVision #RenderingOptimization #GLSL #RenderingPerformance #multithreading ======================= COPYRIGHT DISCLAIMER : ======================= Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for fair use for purposes such as criticism, comment, news reporting, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational, or personal use tips the balance in favor of fair use.