Assembly Language Project Mars MIPS
Budget: $10 – $30 USD
10$ fixed price
Mars Mips
real number representation via using fixed decimal notation.
The final deliverable is a program that is able to represent an unsigned real number, in base 2, without using
float coprocessor. The lab layout is reversed. The first portion lays out the deliverable. The second portion is
discussion and it describes the method to convert a number to fixed decimal notation using a short cut. The
underlining assumption is that has a thorough grasp on base 10/base 2 conversion, for both integers
and fractional numbers. For a refresher on fixed point notation and base 10/base 2 conversion
Mars Mips
real number representation via using fixed decimal notation.
The final deliverable is a program that is able to represent an unsigned real number, in base 2, without using
float coprocessor. The lab layout is reversed. The first portion lays out the deliverable. The second portion is
discussion and it describes the method to convert a number to fixed decimal notation using a short cut. The
underlining assumption is that has a thorough grasp on base 10/base 2 conversion, for both integers
and fractional numbers. For a refresher on fixed point notation and base 10/base 2 conversion