Design a Digital Circuit by verilog ( two detailed alternative solutions needed)

Hi, This is a school's assignment. It it required to design a circuit that counts the number of ones in a 32-bit input X. The circuit has a 1-bit control input count, and a 6-bit output Y. The count input is connected to an internal controller that is used to control the counting process. As long as the count input is 0, the circuit is disabled, and the output is 0. Once the count input becomes 1, the input X is loaded into a 32-bit internal shift-register A, and the counting processes is executed.

Beside I need to document the solution in a report that includes the following:

1. Problem definition.

2. At least two detailed alternative solutions.

3. Comparison of the alternative solutions. The comparison must be based on the complexity (the cost), and the scalability of the circuit.

4. Outline of a workable design strategy for the two solutions.

5. Design optimization.

6. Verification of the solutions through simulation.

PLEASE DOWNLOAD THE ATTACHMENT FILE. IT INCLUDES A DIAGRAM AND THE ASSIGNMENT REQUIREMENT.

Best,

Joe

电气工程 电子 工程 Excel Verilog / VHDL

项目ID： #9105354

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