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Yield Editor: Software for Removing Errors from Crop Yield Maps

机译:产量编辑器:用于从作物产量图中消除错误的软件

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摘要

Yield maps are a key component of precision agriculture, due to their usefulness in both development and evaluation of precision management strategies. The value of these yield maps can be compromised by the fact that raw yield maps contain a variety of inherent errors. Researchers have reported that 10 to 50% of the observations in a given field contain significant errors and should be removed. Methods for removing these outliers from raw yield data have not been standardized, although many different filtering techniques have been suggested to address specific error types. We developed a software tool called Yield Editor to simplify the process of applying filtering techniques for yield data outlier detection and removal. Yield Editor includes a map view of the yield data, allowing the user to interactively set, assess the effects of, and refine a number of previously reported automated filtering methods. Additionally, Yield Editor allows manual selection of erroneous points, transects, or regions for investigation and possible deletion. This paper describes the filters implemented in Yield Editor, discusses input, output, and filtering options, and documents availability of the program. Example applications of Yield Editor on five test fields are used to show how the user interacts with the software and to analyze the relative importance of the various filters. Yield maps are a key component of precision agriculture, due to their usefulness in both development and evaluation of precision management strategies. The value of these yield maps can be compromised by the fact that raw yield maps contain a variety of inherent errors. Researchers have reported that 10 to 50% of the observations in a given field contain significant errors and should be removed. Methods for removing these outliers from raw yield data have not been standardized, although many different filtering techniques have been suggested to address specific error types. We developed a software tool called Yield Editor to simplify the process of applying filtering techniques for yield data outlier detection and removal. Yield Editor includes a map view of the yield data, allowing the user to interactively set, assess the effects of, and refine a number of previously reported automated filtering methods. Additionally, Yield Editor allows manual selection of erroneous points, transects, or regions for investigation and possible deletion. This paper describes the filters implemented in Yield Editor, discusses input, output, and filtering options, and documents availability of the program. Example applications of Yield Editor on five test fields are used to show how the user interacts with the software and to analyze the relative importance of the various filters.
机译:产量图是精确农业的关键组成部分,这是由于 在开发和评估精确 管理策略中都非常有用。这些原始产量图包含各种 内在误差的事实可能会损害这些产量图的价值。研究人员报告说,给定字段中有10%到50%的观测值包含显着错误 ,应将其删除。尽管已经建议使用许多不同的 过滤技术来解决特定的 错误类型,但从标准化的原始数据中删除这些异常值的方法尚未实现标准化。我们开发了一个名为Yield Editor 的软件工具,以简化为 yield数据异常值检测和删除应用过滤技术的过程。产量编辑器包括 产量数据的地图视图,允许用户以交互方式 设置,评估效果并改进许多以前的 报告了自动过滤方法。此外,Yield Editor 允许手动选择错误的点,样线或区域 进行调查和可能的删除。本文描述了 在Yield Editor中实现的过滤器,讨论了输入,输出, 和过滤选项,并记录了程序的可用性。 示例应用程序 用于五个测试字段上的Yield Editor,用于显示用户如何与软件交互以及 分析各种过滤器的相对重要性。 由于 在开发和评估 管理策略中都非常有用,所以地图是精确农业的关键组成部分。这些原始产量图包含各种 内在误差的事实可能会损害这些产量图的价值。研究人员报告说,给定字段中有10%到50%的观测值包含显着错误 ,应将其删除。尽管建议使用许多不同的 过滤技术来解决特定的 错误类型,但尚未从标准化的sup> 原始产量数据中删除这些异常值的方法。我们开发了一个名为Yield Editor 的软件工具,以简化为 yield数据异常值检测和删除应用过滤技术的过程。产量编辑器包括 产量数据的地图视图,允许用户以交互方式 设置,评估效果并改进许多以前的 报告了自动过滤方法。此外,Yield Editor 允许手动选择错误的点,样线或区域 进行调查和可能的删除。本文描述了 在Yield Editor中实现的过滤器,讨论了输入,输出, 和过滤选项,并记录了程序的可用性。 示例应用程序 用于五个测试字段上的Yield Editor,用于显示用户如何与软件进行交互并 分析各种过滤器的相对重要性。

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  • 来源
    《Agronomy Journal》 |2007年第6期|1471-1482|共12页
  • 作者单位

    USDA-ARS, Cropping Systems and Water Quality Research Unit, 269 Agricultural Engineering Bldg., Univ. of Missouri, Columbia, MO 65211;

    USDA-ARS, Cropping Systems and Water Quality Research Unit, 269 Agricultural Engineering Bldg., Univ. of Missouri, Columbia, MO 65211;

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