Question $3$: $[14$ points$]$

There are ten B$-$bit data values stored in SRAM starting at locetion $$100.$

Writo an efficient assembly language program for a communications transmitter module to genorate ODD parity for each of the ton $8-$bit data values. Parity bit is LSE. After generating parity bit, store the data values in locations starting at $0200.$

Algorithm for generating parity bit:

Load data byte value from source location

Cloar the parity bit.

Count the number of $1\text{'}$s in the data value.

Generate parity bit based on count of $1\text{'}$s from step $3.$

Store the data value with parity in target location.

A$/$so$,$ while generating the parity bit, count the total number of $1\text{'}$s $($including generated parity bit$)$ in all the ten $8-$bit data values and store the count value in location Ox$20$A$.[5$ points$]$

Hint: Point $x$ to source location and point $Y$ to destination location and use register indirect addressing mode to access the locations.