The significant impact of automation performance on logistics companies dealing with perishable goods

In this research study the researcher proposed a predictive model for Automation Performance on Logistics Companies Performance with Perishable Goods. In this context pick and pack including delivery at doorstep is one the challenging issues in the real words. The automation technologies have a potential role to automate the business process and provide secure and transparent way perishable goods and services. In current business industries the companies looking for fact and secure automation system to operate the business process in logistics industries. To identify the automation performance of logistics system the researcher used the 395000 datasets with different supervised machine learning algorithms to automate the logistics process During the research study the researcher found that Logistics Classifiers training accuracy 87.97% and testing accuracy 87.62%, Random Forest Classifiers training accuracy 98.59% and testing accuracy 9.29%, Support Vector Machine (SVM) training accuracy 97.48% and testing accuracy 97.85%, KNN Classifiers training accuracy 53.37%and testing accuracy 43.51%, Decision Tree classifiers training accuracy 98.68%and testing accuracy 98.36%, ADA Booster training accuracy 74.3% and testing accuracy 75.02%, XGB Booster training accuracy98.62%and testing accuracy 98.90%.Finally the researcher concluded that decision tree classifier and XGB Booster predictive model are having the 98% accuracy level and that predictive model would be suitable to measure the automation performance on logistics companies.

Authors

Publication Details

Journal
Journal of Information and Optimization Sciences
Published
2025-01-01
DOI
https://doi.org/10.47974/jios-1935
Primary Topic
Food Supply Chain Traceability
Type
article
Field-Weighted Citation Impact
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article

The significant impact of automation performance on logistics companies dealing with perishable goods

Abhishek Tiwari, Bechoo Lal, Ankit Shukla
Journal of Information and Optimization Sciences
Food Supply Chain Traceability
article

The significant impact of automation performance on logistics companies dealing with perishable goods

Abhishek Tiwari, Bechoo Lal, Ankit Shukla
article en

Abstract

In this research study the researcher proposed a predictive model for Automation Performance on Logistics Companies Performance with Perishable Goods. In this context pick and pack including delivery at doorstep is one the challenging issues in the real words. The automation technologies have a potential role to automate the business process and provide secure and transparent way perishable goods and services. In current business industries the companies looking for fact and secure automation system to operate the business process in logistics industries. To identify the automation performance of logistics system the researcher used the 395000 datasets with different supervised machine learning algorithms to automate the logistics process During the research study the researcher found that Logistics Classifiers training accuracy 87.97% and testing accuracy 87.62%, Random Forest Classifiers training accuracy 98.59% and testing accuracy 9.29%, Support Vector Machine (SVM) training accuracy 97.48% and testing accuracy 97.85%, KNN Classifiers training accuracy 53.37%and testing accuracy 43.51%, Decision Tree classifiers training accuracy 98.68%and testing accuracy 98.36%, ADA Booster training accuracy 74.3% and testing accuracy 75.02%, XGB Booster training accuracy98.62%and testing accuracy 98.90%.Finally the researcher concluded that decision tree classifier and XGB Booster predictive model are having the 98% accuracy level and that predictive model would be suitable to measure the automation performance on logistics companies.

Journal of Information and Optimization SciencesVol. 46(5)
Openalex Percentile: Top 79%
Food Supply Chain Traceability
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The significant impact of automation performance on logistics companies dealing with perishable goods — Abhishek Tiwari, Bechoo Lal, et al. · Journal of Information and Optimization Sciences (2025) | TGRS Research Map | TGRS