Abstract
Objectives: To develop an automated system that will monitor the rice production of the different Barangay in Borongan City and create a graphical statistics of rice production every season. Methods/Statistical Analysis: A software development methodology called Rapid Application Development (RAD) was utilized to develop an automated system. Software evaluation test were conducted using ISO 9126 software quality standard. Findings: The system were tested by experts and as a result, the software is in compliant with the ISO software quality standard with an average weighted mean of 4.60 with an adjectival rating as strongly acceptable. Application/Improvements: It is recommended that the developed system will be implemented in the Agriculture office in Borongan City, Philippines. Keywords: Monitoring System, Philippines Rice Production, Rice Monitoring, Rice Production, Rice Production Monitoring System
Highlights
Food is the basic necessity of life
In Asia, the rice cropping system is undertaking major adjustment to cope with increasing demography and the changing weather making rice monitoring aproblem[1]
Rapid Application Diagram (RAD) Figure 1 is an objectoriented approach to systems cycle that includes a method of development as well as software tools[3]
Summary
Food is the basic necessity of life. Rice is a vital food crop for the people of the world in general and Asians in particular. About 90% of the world’s rice is produced and consumed in Asia pacific region. In Asia, the rice cropping system is undertaking major adjustment to cope with increasing demography and the changing weather making rice monitoring aproblem[1]. Rice is considered as staple food for nearly 2.4 billion people in this region. Economically and environmentally important to many countries, especially in Asia. One of the factors in the production is rice production
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