Compression Technologies in Graphics
- JPEG: Lossy compression algorithm for still images, widely used on the web and in digital cameras.
- PNG: Lossless compression algorithm for still images, supports transparency and is suitable for web graphics and logos.
- GIF: Lossless compression algorithm for still images and animations, supports transparency and is commonly used for web graphics.
- WebP: Modern lossy compression algorithm for still images, provides better compression than JPEG with comparable quality.
- HEIC: High-efficiency image file format, provides lossy and lossless compression for still images.
Compression Technologies in Video
- MPEG-4 Part 2 (H.264): Widely used lossy compression algorithm for video, provides high compression ratios with good quality.
- HEVC (H.265): Successor to H.264, provides even higher compression ratios with comparable quality.
- VP9: Open-source lossy compression algorithm for video, developed by Google.
- AV1: Open-source lossy compression algorithm for video, designed to provide high compression ratios with good quality.
Compression Technologies in VR and AR
- MPEG-H Part 2: Compression standard for 360-degree video, supports multiple viewpoints and immersive experiences.
- ITU-T H.266 (VVC): Next-generation video compression standard, designed to provide higher compression ratios than HEVC.
- Google Draco: Open-source compression technology for 3D meshes and point clouds, used in VR and AR applications.
- O3DGC: Open-source compression technology for 3D scenes and objects, designed for efficient transmission and rendering in VR and AR.
Other Compression Technologies
- LZMA: Lossless compression algorithm used in various applications, including file archiving and software distribution.
- Zstandard: Modern lossless compression algorithm, provides high compression ratios with fast decompression speed.
- Brotli: Lossless compression algorithm developed by Google, designed for web applications and data compression.