Embedded Systems Assignment

Group Assignment

1. Demonstrate and Compare Toolchains and Development Workflows for Available Embedded Architectures

Objective: To understand and compare different toolchains and workflows used in embedded system development.

• Research:
  • Identify the available embedded architectures (e.g., ARM, AVR, ESP, STM32).
  • Gather information about the development toolchains (e.g., compilers, IDEs, debuggers) used for each architecture.
• Demonstration:
  • Set up a development environment for each architecture.
  • Demonstrate the process of writing, compiling, and debugging a simple program on each platform.
• Comparison:
  • Compare the ease of use, features, and performance of the toolchains and workflows.
  • Document the strengths and weaknesses of each toolchain.

Individual Assignment

1. Browse Through the Data Sheet for Your Microcontroller

Objective: To become familiar with the specifications and features of your microcontroller.

• Read: Go through the data sheet of your chosen microcontroller.
• Note important parameters like pin configuration, memory, peripherals, and communication interfaces.

2. Write a Program for a Microcontroller

Objective: To create a program that interacts with input/output devices and communicates with remote devices.

• Programming:
  • Choose a simple application (e.g., LED blinking, temperature sensor reading).
  • Write the code to achieve the desired functionality.
• Simulation:
  • Use a simulation tool (e.g., Proteus, Tinkercad) to simulate the operation of your program.
  • Verify the correct interaction with local input/output devices.
• Communication:
  • Implement communication (e.g., serial, I2C, SPI, wireless) to interact with remote devices.

Extra Credit

• Test It on a Development Board:
  • Load your program onto a physical development board.
  • Test and verify the operation of your program in a real-world scenario.
  • Document any differences observed between simulation and actual testing.
• Try Different Languages and/or Development Environments:
  • Rewrite your program in a different programming language (e.g., C, Python, Arduino).
  • Try different development environments (e.g., Eclipse, MPLAB X, Arduino IDE).
  • Compare the development experience and note any challenges or advantages.

Additional Tips

• Documentation: Keep detailed notes and logs of your processes, findings, and any issues encountered.
• Collaboration: Share your work and findings with peers or mentors for feedback and improvement.
• Presentation: Prepare a final report or presentation summarizing your project and results.