Emission Activity Parts Extraction using custom Named Entity Recognition

Mathanika Mannavarasan, Vishakanan Sivarajah, A. Gamage, S. Chandrasiri
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Abstract

Carbon emission reduction is a worldwide priority. Businesses that refuse to change will face problems in the future. Reduced greenhouse gas emissions should be a key priority for every large, medium, or small firm. Governments also enforce many rules to control GHG emissions. Companies, on the other hand, tend to limit their carbon emissions. Collecting and keeping emission factors is a vital responsibility for every firm. A single business analyst (BA) or a small BA team is generally in charge of this. Collecting data about emission activities from various sources is a time-consuming effort for a business analyst, and it can sometimes be inaccurate. They usually capture emission data after the emission process has been finished for a more extended period, and most of these procedures are done manually. Therefore, there will be no real-time data on the organization’s emissions and no real-time data on the organization’s emissions. The solution of text input is implemented in a mobile application that takes the emission details from the employee’s text. From the text emission factors, named entity recognition techniques will be extracted. The extracted factors will be forwarded to the search system to search for emission factors and provide ranked results.
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使用自定义命名实体识别的排放活动部件提取
减少碳排放是世界范围内的优先事项。拒绝改变的企业将在未来面临问题。减少温室气体排放应该是每个大、中、小公司的首要任务。各国政府还执行了许多控制温室气体排放的规定。另一方面,企业倾向于限制碳排放。收集和保存排放因子是每个企业的重要责任。单个业务分析师(BA)或小型BA团队通常负责此工作。对于业务分析人员来说,从各种来源收集有关排放活动的数据是一项耗时的工作,而且有时可能不准确。它们通常是在排放过程完成一段较长的时间后才捕获排放数据,这些程序大多是手动完成的。因此,不会有组织排放的实时数据,也不会有组织排放的实时数据。文本输入的解决方案是在一个移动应用程序中实现的,该应用程序从员工的文本中获取发射细节。从文本发射因子中提取命名实体识别技术。提取的因子将被转发到搜索系统中搜索排放因子并提供排序结果。
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