Smart garden and data analytics for basil plant sustainability /
Mendoza, Daren P.
Smart garden and data analytics for basil plant sustainability / Daren P. Mendoza, Rowell Renz U. Pagayunan, Mark Stephen M. Ranada, Klark Jasper P. Sisperez. - x, 90 pages : illustrations ; 28 cm. + 1 CD-ROM (4 3/4 in.)
Thesis (Undergraduate)
College of Science --
Includes bibliographical references.
This study developed the "SMART GARDEN AND DATA ANALYTICS FOR BASIL PLANT SUSTAINABILITY (SAPS)". It aimed to develop an IOT device that will enable users to track the development of a basil plant and measure the environment's temperature and humidity, and to keep track of the moisture of the soil and the sunlight the plant is receiving. The system was developed using Raspberry Pi. It was tested for its functionality and reliability and proven to have these characteristics. The system was also evaluated in terms of functionality, durability, safety, saleability, and economy based on the TUP Evaluation Instrument for prototype, the system was evaluated by 40 respondents. Based on the evaluation results, the system was rated "Highly Acceptable" with an overall mean of 3.63 which suggests that the system is highly functional and reliable.--Author's Abstract
Basil--Data processing.
Internet of things.
BTH T 58.5 / M46 2022
Smart garden and data analytics for basil plant sustainability / Daren P. Mendoza, Rowell Renz U. Pagayunan, Mark Stephen M. Ranada, Klark Jasper P. Sisperez. - x, 90 pages : illustrations ; 28 cm. + 1 CD-ROM (4 3/4 in.)
Thesis (Undergraduate)
College of Science --
Includes bibliographical references.
This study developed the "SMART GARDEN AND DATA ANALYTICS FOR BASIL PLANT SUSTAINABILITY (SAPS)". It aimed to develop an IOT device that will enable users to track the development of a basil plant and measure the environment's temperature and humidity, and to keep track of the moisture of the soil and the sunlight the plant is receiving. The system was developed using Raspberry Pi. It was tested for its functionality and reliability and proven to have these characteristics. The system was also evaluated in terms of functionality, durability, safety, saleability, and economy based on the TUP Evaluation Instrument for prototype, the system was evaluated by 40 respondents. Based on the evaluation results, the system was rated "Highly Acceptable" with an overall mean of 3.63 which suggests that the system is highly functional and reliable.--Author's Abstract
Basil--Data processing.
Internet of things.
BTH T 58.5 / M46 2022