This repository contains a SimpleRISC assembly program written as part of a computer architecture or microprocessor coursework.

The program demonstrates:

• Use of registers and arithmetic instructions (add, mul, cmp)
• Nested loop structures (.Loop1, .loop2, .loop3)
• Conditional branching with labels (beq, bgt, h)
• Computation of powers (e.g., square, cube) using multiplication
• Basic control flow in SimpleRISC assembly

• Outer loop (.Loop1): Controls the main iterations.
• Inner loops: Perform computations of powers and compare with target values.
• Branching: Conditional jumps to labels based on comparison results.

Although the exact objective of the program is not documented, based on analysis:

• It likely calculates powers (squares, cubes) and compares them to values in registers.
• It demonstrates nested loop control and conditional branching in assembly.

1. Use a SimpleRISC simulator (e.g., provided in academic labs or open-source SimpleRISC emulators).
2. Load the assembly code from this repository.
3. Step through the code or run to completion to observe register values and branching behavior.

• This code is kept here as an example of low-level programming practice.
• No warranty on correctness -- it was an academic exercise.
• Feel free to fork or build upon this if you're exploring assembly programming!

• SimpleRisc Assembly Program -- Contains the assembly code.