【麻省理工学院与 Adobe 联手推出革命性 DMD AI 技术：每秒生成 20 幅高质量图像】
在人工智能图像生成领域，一项新的突破性进展正在重塑行业标准。近日，麻省理工学院与全球知名软件公司 Adobe 共同研发了一种名为 DMD（Distribution Matching Distillation）的先进技术，旨在解决主流文生图模型渲染速度缓慢的问题。DMD 方法创新性地将多步扩散模型整合为一步图像生成流程，极大地提高了生成效率。
据透露，DMD 技术能够在现代 GPU 硬件上实现每秒生成 20 幅图像的惊人速度，这在保证图像质量的同时，为图像生成带来了前所未有的速度提升。这一突破对于新闻报道、艺术创作、影视后期制作等领域具有重大意义，它将大幅缩短工作流程，提高生产力，并可能开启全新的创意可能性。
研究人员表示，DMD AI 技术的推出，不仅是人工智能与图形处理技术的一次深度融合，也是对现有图像生成技术的一次革新。未来，这一技术有望推动整个行业的发展，为用户提供更为快速、便捷且高质量的图像生成体验。更多关于 DMD 技术的详细信息和应用前景，预计将在后续的学术会议和专业报告中进一步披露。
英语如下：
**News Title:** “MIT and Adobe Collaborate on DMD AI: Creating 20 High-Resolution Images Per Second, Setting a New Speed Record”
**Keywords:** MIT, Adobe, DMD AI
**News Content:**
**MIT and Adobe Join Forces to Launch Revolutionary DMD AI Technology: Generating 20 High-Quality Images Per Second**
A groundbreaking advancement in AI-generated imagery is reshaping industry standards. Recently, the Massachusetts Institute of Technology (MIT) and the renowned software company Adobe jointly developed an advanced technology called DMD (Distribution Matching Distillation), aimed at addressing the slow rendering speed of mainstream text-to-image models. The DMD approach innovatively combines multiple diffusion steps into a single image generation process, significantly boosting efficiency.
Sources reveal that the DMD technology can produce 20 images per second on modern GPU hardware while maintaining image quality, offering an unprecedented speed boost in image generation. This breakthrough holds significant implications for industries such as news reporting, artistic creation, and post-production in film and television, as it promises to streamline workflows, enhance productivity, and potentially unlock new creative possibilities.
Researchers emphasize that the introduction of DMD AI represents a profound fusion of artificial intelligence and graphics processing technology, as well as an innovation in existing image generation techniques. In the future, this technology is expected to propel the entire industry forward, providing users with faster, more convenient, and higher-quality image generation experiences. Further details and potential applications of the DMD technology are anticipated to be disclosed in upcoming academic conferences and professional reports.
【来源】https://www.ithome.com/0/758/402.htm
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