A smart Internet of Things (IoT) enabled System for Home Energy Management, Control and Automation
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- 3.1.4 System development
- 3.1.5 Testing and Debugging
| 3.1.3 System Design This will involve coming up with an outline, or plan, as of the form and structure of the system to be executed or constructed. We shall have to carefully consider how different electronic elements as well as other components that can be combined to create a working product. We intend to design the system architecture and layout and design the system architecture and layout using the following Block diagrams Flowcharts Circuit diagrams 3.1.4 System development This will involve actual construction of the working a smart Internet of Things (IoT) enabled System for home energy management, control and automation. We intend to use a microcontroller unit to gather input, processes this information, and output relevant action based on the information gathered. At this stage, we will carryout the following tasks Assemble the hardware components on a breadboard. Test the hardware components and debug any issues. Programming the Arduino Microcontroller: Write the code for the Arduino microcontroller using the Arduino Integrated 14 Development Environment (IDE. Test the code on the microcontroller and debug any issues. Integrate the code with the hardware components. Integration of Sensors and Actuators Develop the android application for the user. Connect the sensors and actuators to the Arduino microcontroller. Test the sensors and actuators and debug any issues. Integrate the sensors and actuators with the microcontroller code. 3.1.5 Testing and Debugging We shall analyze the properties and performance of the model. This will be to ensure that model performs as expected in all situations and executes the user’s commands without error. Otherwise, the necessary changes or modifications will be made such that the model performs according to expectation. We shall perform the following tasks. Test the system as a whole and ensure that it meets the project objectives. Identify any issues or errors in the system and debug them. Test the system under different conditions to ensure its reliability. User Interface Design and Implementation Implement the user interface android application Integrate the user interface with the microcontroller code. Final System Integration and Testing. Integrate all the components of the system together. Test the system as a whole and ensure that it meets the project objectives. Debug any issues and refine the system as necessary. Download 0.89 Mb. Share with your friends:
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