Write a program in C and in MIPS assembly language program that generates pseudorandom 32
bit numbers using a linear feedback shift register. - See Wikipedia entry on LFSR:
https://en.wikipedia.org/wiki/Linear-feedback shift register - The entry above includes example C
code for a 16 bit LFSR - The function should have one int argument and return value as in the
prototype: int Ifsr32( int n); - If argument n==0, your Ifsr32 function must save in memory and
return 32 new LFSR bits (32 shift/XOR operations since 1 new bit per shift) based on the last
result - If argument n!=0, your Ifsr32 function should save the seed value n in the memory location
holding the LFSR value. Start with initial seed value 0x55AAFF00 and write a main() function that
calls your Ifsr32 function and prints out the first 10 unsigned 32 bit random number values. Use
taps / bits numbered 32,22,2,1 where bit 1 is the left-most bit and bit 32 is the right-most. You
must submit THREE files: 1) Your .asm MIPS assembly file 2) Your.c source file 3) A brief report
document file in .pdf .doc or .docx including: - a description of the program - 2 screen shots
showing both C and MIPS versions working - the .c and .asm source code pasted into the file.
Write a program in C and in MIPS assembly language program t.pdf
1. Write a program in C and in MIPS assembly language program that generates pseudorandom 32
bit numbers using a linear feedback shift register. - See Wikipedia entry on LFSR:
https://en.wikipedia.org/wiki/Linear-feedback shift register - The entry above includes example C
code for a 16 bit LFSR - The function should have one int argument and return value as in the
prototype: int Ifsr32( int n); - If argument n==0, your Ifsr32 function must save in memory and
return 32 new LFSR bits (32 shift/XOR operations since 1 new bit per shift) based on the last
result - If argument n!=0, your Ifsr32 function should save the seed value n in the memory location
holding the LFSR value. Start with initial seed value 0x55AAFF00 and write a main() function that
calls your Ifsr32 function and prints out the first 10 unsigned 32 bit random number values. Use
taps / bits numbered 32,22,2,1 where bit 1 is the left-most bit and bit 32 is the right-most. You
must submit THREE files: 1) Your .asm MIPS assembly file 2) Your.c source file 3) A brief report
document file in .pdf .doc or .docx including: - a description of the program - 2 screen shots
showing both C and MIPS versions working - the .c and .asm source code pasted into the file
