The smart plantation system

This thesis represents a report on the Smart Plantation System. This report includes the details information and analysis about the use of the PIC I 6F84A controller in the Smart Plantation System. The PIC I 6F84A details on the simulation are represented by using the MPLAB simulation software. The system generates the desired temperature to meet the plant requirement in order to make sure the plant will survive. The system indicates the temperature surrounding using the temperature sensor (LM 358) where the input of the system must be in digital form. To convert the signal from analog to digital, the systems use the Analog to Digital Controller (TLC 549). The advantage of this ADC was that it could communicate with the microcontrollcr serially. The system is controlled from the PIC 16F84A controller, where from the PIC. it measures the temperature surroundings and state that if the desired temperature is achieved or not. If is not the desired temperature, the buzzer (alarm) will indicate and information will be sent to the PIC, and PIC will give orders to the fan to start functioning until the desired temperatures achieved. Finally, this thesis also outlines the use of the LCD indicator in order to show the current temperature surrounding and the use of others component in the project. The details on the software develop for the PIC controller is shown in the MP Lab simulation software.