During
the tenth week of my FYP journey, I focused on gathering the necessary
components for the transmission part of my project. To ensure a smooth and
efficient process, I began by creating a detailed list of the required
components. This involved identifying the specific models that would be most
suitable for my project's needs. To make an informed decision, I conducted
extensive research on various models available in the market. I carefully
compared their features, performance, and compatibility with my project
requirements.
After thorough consideration, I selected the
most appropriate model and proceeded with the next steps. Once I had finalized
my selection, I surveyed different online platforms, including Shopee, to find
the best prices for the chosen components. After comparing prices and ensuring
their authenticity, I proceeded with the purchase through Shopee.
Within a few days, I received the components that I had ordered. Excited to start integrating them into my project, I began with the integration of the ESP32 microcontroller with the DHT22 temperature and humidity sensor. This integration was crucial for obtaining real-time data for my project.To facilitate the integration process, I utilized the Arduino Integrated Development Environment (IDE). The Arduino IDE allowed me to write and upload the necessary code that would enable the ESP32 microcontroller to interact with the DHT22 sensor. By carefully following the instructions and coding guidelines, I successfully integrated the components, establishing a functional connection between the ESP32 and the DHT22 sensor.


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