Comprehensive Technological Model for Monitoring Personnel Performance in Coffee Plantations through Harvest Container Tracking and User ID

In the agricultural sector, where operational efficiency and effective human resource management are crucial, an innovative technological tracking model is presented to enhance staff performance during harvest operations, specifically in the coffee agricultural field. By integrating advanced global positioning systems (GPS) and tracking technologies, the approach seeks to monitor work activities in real time, comprehensively analyzing the collected data to optimize task assignment and improve productivity. This model incorporates tracking practices into staff performance, evaluating and improving work performance, essential in dynamic agricultural environments such as coffee plantations. Tracking in the harvest involves controlling the collection and distribution of agricultural products through technologies such as beacons and tags, contributing to optimize service. The results show that there is a significant improvement in staff efficiency after the implementation of the model. In summary, the proposed model constitutes a comprehensive and technologically advanced approach, seeking to continuously

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Publication Details

Published
2024-11-06
DOI
https://doi.org/10.1145/3711609.3711616
Primary Topic
Food Supply Chain Traceability
Type
article
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article

Comprehensive Technological Model for Monitoring Personnel Performance in Coffee Plantations through Harvest Container Tracking and User ID

Elisa M. Cruz, Diana Paola Chipana Gago, H. Torres, Leslie Siany Condor Lazaro
Food Supply Chain Traceability
article

Comprehensive Technological Model for Monitoring Personnel Performance in Coffee Plantations through Harvest Container Tracking and User ID

Elisa M. Cruz, Diana Paola Chipana Gago, H. Torres, Leslie Siany Condor Lazaro
article en

Abstract

In the agricultural sector, where operational efficiency and effective human resource management are crucial, an innovative technological tracking model is presented to enhance staff performance during harvest operations, specifically in the coffee agricultural field. By integrating advanced global positioning systems (GPS) and tracking technologies, the approach seeks to monitor work activities in real time, comprehensively analyzing the collected data to optimize task assignment and improve productivity. This model incorporates tracking practices into staff performance, evaluating and improving work performance, essential in dynamic agricultural environments such as coffee plantations. Tracking in the harvest involves controlling the collection and distribution of agricultural products through technologies such as beacons and tags, contributing to optimize service. The results show that there is a significant improvement in staff efficiency after the implementation of the model. In summary, the proposed model constitutes a comprehensive and technologically advanced approach, seeking to continuously

Universidad Continental (PE)
Zero hunger
Openalex Percentile: Top 66%
Food Supply Chain Traceability
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