Using artificial neural networks (ANN) in projects monitoring dashboards’ formulation

Q2 Engineering
Amr Mossalam , Mohamad Arafa
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引用次数: 15

Abstract

It has been reported via several researches that the sponsorship involvement is a major factor influencing project success. These projects which may vary in their benefits, types, sizes, and complexity levels; generate some sort of difficulty for many government organizations managing hundreds of projects in selecting projects to be monitored. The initial selection of those projects which are being monitored through organization’s dashboards is usually drafted via some criteria that comprise a meaningful group (s) to the top management; and then this selection is altered by forcing few projects in and out. This study aim is to replace the initial existing manual selection process by an intelligent model. The proposed model is based on ANN (Artificial Neural Networks) that uses the databases of more than 300 projects out of which are 48 projects that were actually selected to be in the top management monitoring dashboards. The ANN model was built and tested for accuracy via examining the deviation between the model results and the actual selection. The test results showed acceptable confidence level in the model results where accuracy was proven to be initially accepted. The ANN model is expected to evolve and gains more maturity by including more projects that will be introduced in the coming years plans.

人工神经网络(ANN)在项目监控仪表板制定中的应用
多项研究表明,赞助参与是影响项目成功的主要因素。这些项目在效益、类型、规模和复杂程度上可能各不相同;对许多管理数百个项目的政府机构来说,在选择要监控的项目时产生某种困难。通过组织仪表板监控的项目的初始选择通常是通过一些标准起草的,这些标准由一个或多个有意义的小组组成,以达到最高管理层;然后,通过强迫一些项目进出,这种选择被改变了。本研究的目的是用智能模型取代原有的人工选择过程。提出的模型基于人工神经网络(ANN),它使用了300多个项目的数据库,其中48个项目实际被选为高层管理监控仪表板。建立了人工神经网络模型,并通过检查模型结果与实际选择之间的偏差来测试其准确性。测试结果在模型结果中显示了可接受的置信水平,其中精度被证明是最初接受的。预计人工神经网络模型将通过包括将在未来几年的计划中引入的更多项目而发展并获得更成熟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
2.00
自引率
0.00%
发文量
9
审稿时长
52 weeks
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