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借鉴人类视觉中双通路感知的基本原理，清华大学类脑计算研究中心发展了新一代异构互补融合的双通路类脑视觉感知芯片架构：天眸芯 (Tianmouc) 。
Tianmouc是世界首款多通路类脑视觉传感器，同时实现高速（10,000fps）、高动态（130dB）、高灵敏度（72% @ 530nm，NIR）、高精度（10bit）与低功耗、低带宽（相较于传统高速相机，具有90%带宽下降）的视觉感知，综合指标（FoM）位列世界一流。
Based on the basic principle of dual-path perception in human vision, the Center for Brain Inspired Computing Research (CBICR) at Tsinghua University has developed a new-generation heterogeneous complementary fusion dual-path brain-like visual perception chip architecture: Tianmouc (Tianmouc).
Tianmouc is the world’s first multi-pathway brain-like visual sensor, which simultaneously realizes high-speed (10,000fps), high dynamic (130dB), high sensitivity (72% @ 530nm, NIR), high precision (10bit) and low-power, low-bandwidth (90% bandwidth reduction compared to traditional high-speed cameras) visual sensing, and its comprehensive FoM is ranked among the world’s best. World-class.