CS47 MIPS Project

Algorithm 算法代写, Computer Architecture 体系结构代写 / MIPS 代写

CS47 MIPS Project

Instruction:
Download CS47ProjectI.zip Download CS47ProjectI.zip and unzip it.
Assemble proj-auto-test.asm and execute. Make sure to turn on ‘Assembles all files in directory’ and ‘Initialize program counter to global main if defined’ option in MARS tool. It should generate the following output:
Total passed 0 / 40
*** OVERALL RESULT FAILED ***
Complete the following two procedures in CS47_proj_alu_normal.asm and CS47_proj_alu_logical.asm. You may include your required macros (those you write) in the cs47_proj_macro.asm. Do not update proj-auto-test.asm or cs47_proj_procs.asm or cs47_common_macro.asm.au_normal (in CS47_proj_alu_normal.asm): It takes three arguments as $a0 (First operand), $a1 (Second operand), $a2 (Operation code ‘+’, ‘-‘, ‘*’, ‘/’ – ASCII code). It returns result in $v0 and $v1 (for multiplication $v1 it will contain HI, for division $v1 will contain remainder). This procedure uses normal math operations of MIPS to compute the result (add, sub, mul and div).
au_logical (in CS47_proj_alu_logical.asm): It takes three arguments as $a0 (First operand), $a1 (Second operand), $a2 (Operation code ‘+’, ‘-‘, ‘*’, ‘/’ – ASCII code). It returns result in $v0 and $v1 (for multiplication $v1 it will contain HI, for division $v1 will contain remainder). The evaluation of mathematical operations should use MIPS logic operations only (result should not be generated directly using MIPS mathematical operations). The implementation needs to follow the digital algorithm implemented in hardware to implement the mathematical operations.
Assemble proj-auto-test.asm and execute. It should generate the following output.