amc:ss2023:group-t:start
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| amc:ss2023:group-t:start [2023/07/25 19:45] – somaya.ahmadian | amc:ss2023:group-t:start [2023/07/25 20:36] (current) – somaya.ahmadian | ||
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| **ESP32CAM** | **ESP32CAM** | ||
| The ESP32-CAM is the microcontroller that we used in this project that comes with a detachable camera aid. It costs approximately $10. Besides the OV2640 camera, and several GPIOs to connect peripherals, | The ESP32-CAM is the microcontroller that we used in this project that comes with a detachable camera aid. It costs approximately $10. Besides the OV2640 camera, and several GPIOs to connect peripherals, | ||
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| Source: https:// | Source: https:// | ||
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| + | Figure 5: Uart frame contains start and stop bits, data bits, and an optional parity bit. https:// | ||
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| UART is still a widely used serial data protocol but has been replaced in some applications by technologies such as SPI, I2C, USB, and Ethernet in recent years. | UART is still a widely used serial data protocol but has been replaced in some applications by technologies such as SPI, I2C, USB, and Ethernet in recent years. | ||
| - | Source: https:// | ||
| ==== 2.3. 16 GB MicroSD card ==== | ==== 2.3. 16 GB MicroSD card ==== | ||
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| + | Fifure 6: LiPo Battery https:// | ||
| ==== 2.9. LiPo charger/ | ==== 2.9. LiPo charger/ | ||
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| + | Figure 7: LiPo charger/ | ||
| ==== 2.10. Step-up/ | ==== 2.10. Step-up/ | ||
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| + | Figure 8: Voltage Regulator https:// | ||
| ===== 3. Method ===== | ===== 3. Method ===== | ||
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| The initial step involved connecting the ESP32CAM and UART module, using jumper cables. This ensured the proper flow of data between the devices. | The initial step involved connecting the ESP32CAM and UART module, using jumper cables. This ensured the proper flow of data between the devices. | ||
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| + | Figure 9: Connection setup of ESP32CAM with UartSBee | ||
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| + | Table 1: Pin connection of ESP32CAM and UartSBee | ||
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| + | Figure 10: Focus adjustment of the camera https:// | ||
| ==== 3.6. Casing ==== | ==== 3.6. Casing ==== | ||
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| + | Figure 11: ESP32CAM and watermeter casing | ||
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| ==== 3.7 Power Supply ==== | ==== 3.7 Power Supply ==== | ||
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| + | Figure 12: Power supply setup | ||
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| + | Figure 13: AI-on-the-edge setup webpage | ||
| However, we encountered an issue with the ESP32' | However, we encountered an issue with the ESP32' | ||
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| + | Figure 14: Selecting some reference points | ||
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| + | Figure 15: Selecting Region Of Interest (ROI) | ||
| To adjust the positions of the ROIs within the reading, we used the options "Move Next" or "Move Previous." | To adjust the positions of the ROIs within the reading, we used the options "Move Next" or "Move Previous." | ||
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| + | Figure 16: Oracle VirtualBox setup to run Home Assistant in a Linux based environment | ||
amc/ss2023/group-t/start.1690307154.txt.gz · Last modified: 2023/07/25 19:45 by somaya.ahmadian