SYSTEM PLANNING OF DATA PROCESSING, STORAGE, AND USER INTERFACE FOR DAEMETERS: SYSTEM OF MONITORING OF PALM OIL PLANTATION
Oil palm plantations in Indonesia are the largest in the world, so that optimal plantation yields can drastically increase state revenues. Unfortunately, most fertilization processes in Indonesia are not optimal. This is because the process is carried out ex-situ by means of laboratory observatio...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/51178 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Oil palm plantations in Indonesia are the largest in the world, so that optimal
plantation yields can drastically increase state revenues. Unfortunately, most
fertilization processes in Indonesia are not optimal. This is because the process is
carried out ex-situ by means of laboratory observations.
Oil Palm Plantation Soil Condition Monitoring System is a monitoring system used by
oil palm plantation supervisors and smallholders to determine the quantity and type
of fertilizer. This system will test the oil palm plant soil nutrients in-situ or on-site. The
test results can also be displayed on an interface that the operator can see from a
distance. The system takes data on plant nutrient values in the form of N, P, and K
values, humidity, and pH from the data acquisition system, sent to the control system
and data. The data is then sent to the storage server from the communication system.
On the server the data will be processed to produce fertilizer recommendation values
and quantities. The processed data along with the data element values will be sent to
the user application (User Interface).
In this final project, will be discussed further on the processing and storage
subsystems, and interface subsystems. These three subsystems get data from the data
acquisition subsystem first. Then the data will be processed by the control subsystem
and the data is then sent through the communication subsystem. In designing the
subsystem, it uses the Google Sheets environment for data processing, Google
Firebase for storage, and Android Studio for the user interface. The results of this
system test show that data processing can accept elemental input and calculate the
type and quantity of fertilizers, then all data can be stored in the cloud, and the results
can be displayed to the user in the user interface. This solution has several subsystems,
namely: control and data subsystem, processing and storage subsystem,
communication subsystem, and interface subsystem. |
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