**清华团队研发出全球首款类脑互补视觉芯片“天眸芯”**
近日，清华大学研究团队宣布成功研发出世界首款类脑互补视觉芯片——“天眸芯”。这一重大突破在类脑计算和类脑感知领域树立了新的里程碑。
该芯片基于视觉原语的互补双通路类脑视觉感知新范式，融合了人工智能与神经科学的先进理念。其独特设计旨在模拟人脑的视觉处理机制，从而加快视觉信息处理速度并提升准确性。
这项研究的核心成果——《面向开放世界感知具有互补通路的视觉芯片》一文，在学术界引起广泛关注，并成功登上Nature杂志的封面。文章详细阐述了“天眸芯”的设计原理、技术实现及其在开放世界感知方面的巨大潜力。
业内专家表示，这一创新不仅标志着中国在类脑计算领域的重大进步，更将为智能视觉应用带来革命性变革，推动人工智能技术的进一步发展。未来，“天眸芯”有望在自动驾驶、智能安防、医学影像识别等领域发挥重要作用。
清华大学的这一成就展示了中国在科技创新方面的实力，并为全球类脑计算研究提供了新的视角和方向。
英语如下：
News Title: “Tsinghua Breakthrough! The World’s First Brain-like Complementary Vision Chip ‘Tianmouxin’ on the Cover of Nature”
Keywords: Tsinghua Team, Brain-like Chip, Major Breakthrough
News Content: **Tsinghua Team Develops the World’s First Brain-like Complementary Vision Chip “Tianmouxin”**
Recently, the Tsinghua University research team announced the successful development of the world’s first brain-like complementary vision chip, “Tianmouxin”. This major breakthrough has set a new milestone in the field of brain-like computing and brain-like perception.
The chip is based on the new paradigm of complementary dual-pathway brain-like visual perception inspired by visual primitives. It integrates advanced concepts from artificial intelligence and neuroscience. Its unique design aims to simulate the human brain’s visual processing mechanism, thus accelerating the speed of visual information processing and improving accuracy.
The core results of this research, “Visual Chip with Complementary Pathways for Open-World Perception”, have attracted widespread attention in the academic community and have successfully landed on the cover of Nature magazine. The article elaborated on the design principles, technical implementation of “Tianmouxin” and its enormous potential in open-world perception.
Industry experts indicate that this innovation not only marks a significant advancement for China in the field of brain-like computing, but also brings revolutionary changes to smart visual applications and promotes the further development of artificial intelligence technology. In the future, “Tianmouxin” is expected to play an important role in areas such as autonomous driving, intelligent security, and medical image recognition.
Tsinghua University’s achievements showcase China’s strength in technological innovation and provide new perspectives and directions for global brain-like computing research.
【来源】https://ai-bot.cn/go/?url=aHR0cHM6Ly9tcC53ZWl4aW4ucXEuY29tL3MvOGIxbFlKemZqbVd3bVBnYU9TXzkwQQ%3D%3D
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