DaViD-Pigeon
Focusing on Multi-Modal Generative AI, Singing Voice Synthesis and Text-to-Audio Synthesis
Zhejiang UniversityHangzhou, Zhejiang, China
Pinned Repositories
d2l-zh
《动手学深度学习》：面向中文读者、能运行、可讨论。中英文版被70多个国家的500多所大学用于教学。
DaViD-Pigeon
DaViD-Pigeon.github.io
Personal Homepage of Changhao Pan (潘昶皓)
notebook
Changhao Pan's Notebook
OpenGL-Ski-Adventure
This repo contains code and our final report of the project in the lecture "Computer Graphics" in ZJU. The implementation is based on OpenGL (`glew` and `glfw`). We also use `glm` and `stbi_image` to do mathematical transformations and load textures respectively.
Solar-System-by-OpenGL
[ZJU-CG] A solar system implemented by OpenGL(GLUT).
Solar-System-with-Skybox
[ZJU-CG] Here is a solar system implemented by OpenGL (`glew` and `glfw`). The implementations includes textures, light (BRDF model) and a skybox given by learningOpenGL.
TuringCourses
浙江大学图灵班课程学习指南
GTSinger
Dataset and code of GTSinger(NeurIPS 2024 Spotlight): A Global Multi-Technique Singing Corpus with Realistic Music Scores for All Singing Tasks
TuringCourses
浙江大学图灵班课程学习指南
DaViD-Pigeon's Repositories
DaViD-Pigeon/DaViD-Pigeon
DaViD-Pigeon/DaViD-Pigeon.github.io
Personal Homepage of Changhao Pan (潘昶皓)
DaViD-Pigeon/Solar-System-by-OpenGL
[ZJU-CG] A solar system implemented by OpenGL(GLUT).
DaViD-Pigeon/Solar-System-with-Skybox
[ZJU-CG] Here is a solar system implemented by OpenGL (`glew` and `glfw`). The implementations includes textures, light (BRDF model) and a skybox given by learningOpenGL.
DaViD-Pigeon/d2l-zh
《动手学深度学习》：面向中文读者、能运行、可讨论。中英文版被70多个国家的500多所大学用于教学。
DaViD-Pigeon/notebook
Changhao Pan's Notebook
DaViD-Pigeon/OpenGL-Ski-Adventure
This repo contains code and our final report of the project in the lecture "Computer Graphics" in ZJU. The implementation is based on OpenGL (`glew` and `glfw`). We also use `glm` and `stbi_image` to do mathematical transformations and load textures respectively.
DaViD-Pigeon/TuringCourses
浙江大学图灵班课程学习指南
DaViD-Pigeon/ZJU-ICV-Camera-Pose-Estimation
This repo contains code and our final report of the project in the lecture "Introduction to the Computer Vision" in ZJU. The implementation is based on `Hloc`. We also use `pycolmap` to process the data and do visualization.