Here is a part of the lecture of ChO$4$ that we have gone over in the class

You are going to make a program with test benches, which you don't need to provide all of the values of

testbenches, but at least some of them. You can get the list of them below from the lecture ppt$.$ For

your convenience, I put them below. There are $3$ of them to do$.$

BCD Adder

Traffic light controller

$44$ Binary multiplier

Submit the source code, test benches, and output FIGURE $4-6$: Verilog Code for BCD Adder Traffic Light Controller

FIGURE $4-13$: Block

Diagram of Traffic Light

FIGURE $4-14$: State

Graph for Traffic Light

Controller

$[s_a+s_b^{\text{'}}{]}^{\text{'}}=s_a^{\text{'}}{s}_b$

no cor on roora

rover rood b

$5$ Page

$4$

$4$

of $8$

$$

$$ zOOM $+$

${}^k$

FIGURE $4-15$: Verilog Code for Traffic$-$Light Controller

$4-19$Here is a part of the lecture of Ch$04$ that we have gone over in the class

You are going to make a program with test benches, which you don$$t need to provide all of the values of

testbenches, but at least some of them. You can get the list of them below from the lecture ppt$.$ For

your convenience, I put them below. There are $3$ of them to do$.$

$1.$ BCD Adder

$2.$ Traffic light controller

$3.4$x$4$ Binary multiplier

Submit the source code, test benches, and output