Enhanced aeroponic control and camera based monitoring system / Jomar D. Bagayawa [and 4 others].

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Dissertation note: Undergraduate Theses (BSEE) - Electrical Engineering Camarines Sur Polytechnic Colleges, 2024 Abstract: Aeroponics is an advanced soil-free cultivation technique that enables efficient plant growth by delivering nutrients directly to the roots in a mist form. This study focuses on enhancing aeroponic system control by integrating an automated monitoring system with camera-based plant analysis. The system is designed to optimize plant growth conditions by continuously monitoring environmental parameters such as humidity, temperature, nutrient concentration, and root health, ensuring precise control over the cultivation process. The primary objective is to develop a smart aeroponic system that utilizes sensors and camera-based technology to assess plant health and detect potential issues in real time. Additionally, the study evaluates the system's performance in terms of growth efficiency, resource consumption, automation reliability, and cost-effectiveness. A cost-benefit analysis is conducted to assess the system's economic viability. The findings of this study aim to contribute to the advancement of precision agriculture, providing farmers with a more efficient and sustainable method for plant cultivation.
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Unpublished Materials Unpublished Materials Main Library Undergraduate Thesis Section UTH BSEE B146e 2024 (Browse shelf(Opens below)) 1 - 1 Not for loan 006555UM

Undergraduate Theses (BSEE) - Electrical Engineering Camarines Sur Polytechnic Colleges, 2024

Includes bibliographic references.

Aeroponics is an advanced soil-free cultivation technique that enables efficient plant growth by delivering nutrients directly to the roots in a mist form. This study focuses on enhancing aeroponic system control by integrating an automated monitoring system with camera-based plant analysis. The system is designed to optimize plant growth conditions by continuously monitoring environmental parameters such as humidity, temperature, nutrient concentration, and root health, ensuring precise control over the cultivation process. The primary objective is to develop a smart aeroponic system that utilizes sensors and camera-based technology to assess plant health and detect potential issues in real time. Additionally, the study evaluates the system's performance in terms of growth efficiency, resource consumption, automation reliability, and cost-effectiveness. A cost-benefit analysis is conducted to assess the system's economic viability. The findings of this study aim to contribute to the advancement of precision agriculture, providing farmers with a more efficient and sustainable method for plant cultivation.

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