On Ecampus under the "Submit Homework" menu option, submit a jpg or png image of your logic circuit and the $.$cpp source code file for your program.

In data communications, parity is sometimes used to detect transmission errors. Assume for each byte transmitted, an extra parity bit is transmitted that is set to whether the byte has and even or odd number of $1\text{'}$s$.$ Using even parity, if the number of $1\text{'}$s is even, then the parity bit is set to $0.$ If the number of $1\text{'}$s is odd, then the parity bit is set to $1.$

$\backslash$table$[[\backslash$table$[[$Transmitted$],[$Byte$]],\backslash$table$[[$Count of$],[1\text{'}$s$]],$Parity Bit$],[11001100,4,0],[11101101,6,0],[10001100,3,1],[10101101,5,1]]$

If the parity bit does not match the number of $1\text{'}$s in the byte, then there is an error.

$\backslash$table$[[\backslash$table$[[$Transmitted$],[$Byte$]],$Parity Bit,Error$],[11001100,0,$false$],[11101101,1,$true$],[10001100,1,$false$],[10101101,0,$true$]]$

Use a tool for designing and simulating logic gates such as

logic.ly$,$ create a working circuit that outputs true $(1)$ or false $(0)$ on whether a byte $(8$ bits$)$ matches its parity bit. Label the inputs and outputs appropriately. Below is an example circuit with a $2-$bit input.