A] Reflections
Course Learning Reflection
Through this course, I learned about the fundamentals of digital systems and computer architecture, including how processors work at the micro-operations level. I gained insights into how processors execute instructions, handle memory addressing, and manage data flow between modules such as the ALU and register file.
Applications in Real Life/Future
Embedded Systems: Understanding how to design a simple 16-bit processor is crucial for embedded systems where custom processors are often required for specific tasks (e.g., IoT devices, medical devices).
Microcontroller Design: This knowledge can be applied to developing microcontrollers used in robotics, automotive electronics, and industrial control systems.
Low-Level Programming: Familiarity with processor design helps when writing low-level software such as device drivers and firmware.
Custom CPU Design: Learning how to implement indirect addressing and instruction handling is a foundation for designing custom CPUs for specific applications like DSPs (Digital Signal Processors).
B] Course Learning Outcomes
By the end of this assignment, I was able to:
Design a simple 16-bit processor with a custom instruction set.
Implement modules like the ALU, Register File, Control Unit, and Memory.
Understand addressing modes (including indirect addressing) and their significance in instruction execution.
Develop microinstructions and state diagrams to describe the processor’s instruction cycle.
Integrate all components into a single cohesive design using simulation tools (like Logisim or similar).
Analyze the performance and functionality of the designed processor.