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Artificial intelligence application in carcass beef grading automation

机译:人工智能在car体牛肉分级自动化中的应用

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摘要

The carcass grading process can be divided into two subprocesses: gathering of relevant information through visual observations and decision-making based on the relevant information to assign the final yield and quality grades. Both subprocesses require expert knowledge in terms of what information is needed and how to use set rules for deducing the final grades. An automated meat grading system simulates the observational and reasoning skills of a human meat grader using a computer vision system operated in a cluttered, relatively unconstrained environment. The automated meat grading system consists of a computer vision subsystem, which obtains the carcass characteristics, and a knowledge-based meat grading subsystem, which uses this information and the set rules to determine the grades for results. This paper presents the technical aspects of developing an automated carcass beef grading system at the US Meat Animal Research Center at Clay Center, NE.
机译:car体分级过程可分为两个子过程:通过肉眼观察收集相关信息,并根据相关信息进行决策以分配最终的产量和质量等级。这两个子过程都需要专业知识,包括需要哪些信息以及如何使用设置规则来推算最终成绩。自动化的肉类分级系统使用在混乱,相对不受限制的环境中运行的计算机视觉系统来模拟人类肉类分级机的观察和推理技能。自动化肉类分级系统包括一个计算机视觉子系统和一个基于知识的肉类分级子系统,该子系统可获取the体的特征,该子系统使用此信息和设置的规则确定结果的等级。本文介绍了在内布拉斯加州粘土中心的美国肉类动物研究中心开发自动developing体牛肉分级系统的技术方面。

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