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The interpretation of dairy data using interactive visualization.

机译:使用交互式可视化来解释乳制品数据。

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摘要

The agricultural domain is faced with the challenge of increasing amounts of collected data, multiple sources of external information and various summary reports, all tending to exist in a non-structured fashion. The formats and locations of these various data sources almost certainly differ, but profitable decision-making often depends on using and interpreting all of these inputs accurately. Based on the hypothesis that the interpretation of dairy-herd data can be aided using interactive visualization, the main goal of this research was to improve the understanding of the data-interpretation process, using such techniques, and by taking full advantage of them in the context of the Quebec dairy farm. The challenge was one of designing a system that would integrate interactive visualization techniques while also accounting for the diversity of information involved, the clientele of the dairy industry, and the technologies available. A methodological framework was developed to support the design of such an interactive visualization system, and a software prototype---HerdLine---subsequently developed. This prototype focused on the planning of a dairy-herd composition, based on the evolution of its performance over time via genetic and economic profiles. The framework helped the prototype development by better matching the characteristics of the targeted users with the data involved in the software. The result was a tool that provides an overall picture of the dairy-herd, as well as rapid, incremental, and reversible views of information contained within. An informal evaluation process was performed in order to assess the appropriateness of the prototype from a user's point of view. Four participants, representing diverse sections of the dairy industry, downloaded, installed and tested the prototype. They subsequently completed a survey regarding their impressions to such an approach, as well as their actual experience with the prototype. Both quantitative and qualitative responses were collected and documented. Comments obtained were generally positive and suggest that such a visual and interactive approach may be worthwhile, not only in the dairy industry, but also in other industries and sectors where decision-making is dependent on large, diverse sources of information.
机译:农业领域面临的挑战是收集数据的数量不断增加,外部信息的多种来源以及各种摘要报告,所有这些都倾向于以非结构化方式存在。这些各种数据源的格式和位置几乎可以肯定会有所不同,但要想获利的决策通常取决于准确地使用和解释所有这些输入。基于可以通过交互式可视化辅助奶牛群数据解释的假设,本研究的主要目标是使用此类技术并在分析过程中充分利用它们,以提高对数据解释过程的理解。魁北克奶牛场的背景。挑战之一是设计一种系统,该系统将集成交互式可视化技术,同时还要考虑所涉及信息的多样性,乳制品行业的客户以及可用的技术。开发了一种方法框架来支持这种交互式可视化系统的设计,随后开发了软件原型-HerdLine-。该原型基于通过基因和经济特征随时间变化的性能,着重于乳牛群组成的规划。该框架通过使目标用户的特征与软件中包含的数据更好地匹配来帮助原型开发。结果是提供了一个工具,可提供奶牛场的整体情况以及其中所含信息的快速,增量和可逆视图。为了从用户的角度评估原型的适当性,进行了非正式的评估过程。代表乳制品行业不同部门的四名参与者下载,安装并测试了原型。随后,他们完成了对这种方法的印象以及对原型的实际体验的调查。定量和定性的反应都被收集和记录。获得的评论总体上是积极的,并表明这种视觉和互动的方法可能值得,不仅在乳品行业,而且在决策依赖大量不同信息源的其他行业和部门中也很有价值。

著录项

  • 作者

    St-Onge, Annie.;

  • 作者单位

    McGill University (Canada).;

  • 授予单位 McGill University (Canada).;
  • 学科 Agriculture Agronomy.;Information Science.
  • 学位 Ph.D.
  • 年度 2005
  • 页码 125 p.
  • 总页数 125
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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