Management of huge amounts of data using qualitative and statistical modeling: an agricultural case study

S. Tzortzios, N. Gitsakis, G. Adam
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Abstract

The approaches and methodologies used for agricultural data analysis and processing in general continuously evolve (e.g. specific statistical analysis methods and tools, such as SPSS, are used quite intensively to assist the researcher’s work). The basic idea in our research work is to provide an integrated environment, where various data analysis and modeling tools would be at the disposal of the researcher to be used in processing farming production problems and extracting adequate solutions. For this purpose, certain database management and qualitative modeling techniques have been used in conjunction, as an integrated computing environment, called AgroModel, and tested upon specific cattle breeding cases. Artificial intelligence and qualitative modeling techniques have been applied for a long period of time, with quite successful results in most of the cases.1 However in the field of agriculture there is still a need for further research work to be carried out. We decided to use and apply qualitative techniques describing the structure and performance of plants and animals within agricultural environments, in order to assist the agriculturist to manage easily complicated processes, associated in particular with cattle breeding, and provide the ability to extract and evaluate the most valuable information from a set of complicated with various factors quantitative data. The retrieval of all the relevant information on the control treatments in various agricultural cases could be considered as a quite important research material for interesting studies of the plant species or livestock breeds in various experimental environments.
使用定性和统计模型管理大量数据:一个农业案例研究
通常用于农业数据分析和处理的方法和方法不断发展(例如,特定的统计分析方法和工具,如SPSS,被大量用于协助研究人员的工作)。我们研究工作的基本思想是提供一个综合环境,在这个环境中,研究人员可以使用各种数据分析和建模工具来处理农业生产问题并提取适当的解决方案。为此目的,某些数据库管理和定性建模技术作为一个称为AgroModel的综合计算环境一起使用,并在具体的养牛案例中进行了测试。人工智能和定性建模技术已经应用了很长一段时间,在大多数情况下都取得了相当成功的结果但在农业领域,还需要开展进一步的研究工作。我们决定使用和应用定性技术来描述农业环境中动植物的结构和性能,以帮助农学家管理容易复杂的过程,特别是与牛养殖相关的过程,并提供从一组复杂的各种因素定量数据中提取和评估最有价值信息的能力。检索各种农业案例中防治措施的所有相关信息,可作为在各种实验环境下对植物物种或牲畜品种进行有趣研究的重要研究资料。
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