Question 1: Design a system that compares the average values of two memories and store the maximum of these two averages in a register. Memory 1 has 64 rows with 4-bit words in all the rows and Memory 2 has 32 rows with 4-bit words in all the rows. The system starts when the signal "Begin" changes from "0" to "1". After the average values are computed and then compared, the signal Done" is set to 1 and the maximum value of averages is stored in the "AverageMax" register. (a) (15 Points] Draw the HLSM to represent the above system (b) [30 Points] Draw the circuit representing the data-path of this system. (c) (5 Points) You are not required to draw the circuit for control, but represent it with a box. While doing this, label and show all the inputs/outputs to the control unit including the signals from the data-path unit. Question 1: Design a system that compares the average values of two memories and store the maximum of these two averages in a register. Memory 1 has 64 rows with 4-bit words in all the rows and Memory 2 has 32 rows with 4-bit words in all the rows. The system starts when the signal "Begin" changes from "0" to "1". After the average values are computed and then compared, the signal Done" is set to 1 and the maximum value of averages is stored in the "AverageMax" register. (a) (15 Points] Draw the HLSM to represent the above system (b) [30 Points] Draw the circuit representing the data-path of this system. (c) (5 Points) You are not required to draw the circuit for control, but represent it with a box. While doing this, label and show all the inputs/outputs to the control unit including the signals from the data-path unit