(Solved): Part A: One-bit comparator design process (4pt) Inputs: \( a \) and \( b \), both are one-bit signa ...

Part A: One-bit comparator design process (4pt) Inputs: \( a \) and \( b \), both are one-bit signal Output: \( x \) Function: If \( a==b \), output \( x=1 \); else \( x=0 \). Based on the specification above, generate the truth table below. Based on the truth table, we generate the Boolean function for output \( \mathrm{x} \) : \[ x=a^{\prime *} b^{\prime}+a^{*} b \] Based on the Boolean function above, construction the circuit of one-bit comparator with logic gates. Submit: the sour file of one-bit comparator circuit (.logicly file) and the screenshot.