2020
DOI: 10.21203/rs.3.rs-61468/v1
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Artificial Intelligence Based Model to Predict Labour Productivity for Small & Medium Scale Bus Body Building Society in Present and Post Pandemic Situation

Abstract: In the recession, the lack of potential labour was the most important concern for the small- and medium-scale bus body fabrication industries. In the pandemic covid-19 situation, the productivity of these fabrication industries was turndown due to deprivation of labour productivity, postponement of work and cost overshoot, which may pilot to argue. In India, Central Tamil Nadu fabrication industries are buttress by immense labour intensity. In this panic situation, these industries are struggling to obtain bet… Show more

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“…The base model used for the current study was taken from the system dynamics model validated by Taylor and Ford, (2006, 2008) for workflows for a single project system. This model has been used for a number of studies to analyze the impact of tipping points on project performance (Taylor and Ford, 2006; Xu and Zou, 2020), to manage tipping point dynamics in projects (Taylor and Ford, 2008) and to investigate the impact of project controls on project performance (Nagarajan et al , 2020). For this study, the model was expanded to include the direct and indirect effects of change orders on project performance.…”
Section: Step 2: Model Developmentmentioning
confidence: 99%
“…The base model used for the current study was taken from the system dynamics model validated by Taylor and Ford, (2006, 2008) for workflows for a single project system. This model has been used for a number of studies to analyze the impact of tipping points on project performance (Taylor and Ford, 2006; Xu and Zou, 2020), to manage tipping point dynamics in projects (Taylor and Ford, 2008) and to investigate the impact of project controls on project performance (Nagarajan et al , 2020). For this study, the model was expanded to include the direct and indirect effects of change orders on project performance.…”
Section: Step 2: Model Developmentmentioning
confidence: 99%