Project Description Implementing a $5\backslash$times $3(15)$ pixel display $($Figure $1)$

and its controller on a breadboard using basic logic gates $($AND$,$ OR$,$

NOT, NAND, NOR and XOR$)$ and LEDS. On your display you will show

your student ID $1$ digit per second starting from the MSB digit. Once

all digits are displayed it will re $-$ start from the MSB and continue

showing the digits forever. In this project you are supposed to simplify

your logic circuit as much as possible and you are only allowed to use

the components that you are provided with F Figure $2$ illustrates how

you will show decimal digits with $15$ LEDs. In your project, you are

supposed to turn on the proper LEDs $($the ones in red in Figure $2)$ in

order to be able to display the $2|$Page Project Design Part$1$: Design of

$5\backslash$times $3$ pixel LED display adapter First, assign a code $($for example $0000$

for $0,0001$ for $1,$ etc.$),$ to each symbol from Figure $2.$ Then design a

display adapter circuit that will turn on the corresponding LEDs in your

display depending on the input code. For example in order to display

$1$ LEDs $2,4,5,8,11,$ and $14$ should be turned on$.$ To design the

circuit, you need to construct a truth table and define the output

values for all the possible input code values. Determining what code

to assign to each symbol in Figure $2$ is up to you. The coding you use