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From facial to fungal recognition

机译:从面部识别到真菌识别

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摘要

Artificial intelligence (Al) akin to that used in facial-recognition software is accelerating the grape-breeding process by accurately identifying those individual vines that carry favorable genetic characteristics, notably those that provide mildew resistance and higher fruit quality.The robotic camera system developed at Cornell University, called Blackbird, could also help select parent breeding stock resistant to other pathogens and, as a more immediate benefit for growers, could be used to determine optimum fungicide combinations for different geographic localities.
机译:类似于面部识别软件中使用的人工智能(Al)正在通过准确识别那些具有良好遗传特征的葡萄藤来加速葡萄育种过程,特别是那些具有抗霉性和更高果实质量的葡萄藤。康奈尔大学开发的名为Blackbird的机器人摄像系统还可以帮助选择对其他病原体具有抗性的亲本种畜,并且作为对种植者更直接的好处,可用于确定不同地理位置的最佳杀菌剂组合。

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