A Tracking System to Enhance Transportation of Examination Materials based on Spatial and Cloud Technologies

Main Article Content

Banji Milumbe
Jackson Phiri
Mayumbo Nyirenda

Abstract

This article is an extract of the ongoing study which seeks to develop a framework for secure transportation, tracking and storage of examination question papers, answer scripts using spatial data, sensing, and cloud technologies. This part of the study investigated the transportation of examination materials in relation to examination malpractices and leakages. Based on the findings, the study explored the use of GPS, GPRS/GSM and cloud technologies to enhance the distribution process of examination question papers and answer scripts. We proposed a GPS tracking system which would ensure real-time tracking and monitoring of the examination distribution process. The primary benefit of this system is that the transportation vehicles will always be tracked and remain monitored such that if there is any holdup, immediate action can to be taken. Also since GPS allows constant updates in real-time, any sort of uneven event happening, the main station will be informed immediately. This helps timely action to be taken and also eliminates human interventions or rather depending on humans to report any uneven event. The baseline study indicated that the challenges faced in the distribution process were mainly lack of reliable transportation vehicles which accounted for 67% of those who did not have any designated vehicles. A remote monitoring system was proposed as a way of improving the distribution process.

Article Details

How to Cite
Milumbe, B., Phiri, J., & Nyirenda, M. (2021). A Tracking System to Enhance Transportation of Examination Materials based on Spatial and Cloud Technologies. Zambia ICT Journal, 5(1), 16–23. https://doi.org/10.33260/zictjournal.v5i1.109
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Articles
Author Biographies

Banji Milumbe, University of Zambia

Department of Computer Science

Jackson Phiri, University of Zambia

Department of Computer Science

Mayumbo Nyirenda, University of Zambia

Department of Computer Science