Computer Organization

    Project Description (Verilog Programming) Q1: Adder (3pts) For the 8-bit unsigned ripple carry adder, you should first design a full adder, and then use a for loop to extend the full adder to an 8-bit ripple carry adder. You only need to consider integers, instead of floating-point numbers. Besides, you don’t need to consider overflow. Example: Input -> 00001010, 00100011 Output-> 00101101 Q2: Multiplier (5pts) For the 8-bit unsigned serial multiplier, you should also first design a 1-bit multiplier, and then use a for loop to extend it to 8-bit. Again, you only need to consider integers, and you don’t need to consider overflow. Note that the output should be 16-bit. Example: Input -> 00000110, 00001011 Output-> 0000000001000010 Created in Master PDF Editor Bonus (2pts) Revise the code of the ripple carry adder into a carry-lookahead adder. The carry-lookahead adder can calculate the carry bit before the full adder’s calculation, which makes it work faster than the ripple carry adder. Created in Master PDF Editor Submission Approach & Grading Criteria Submission Approach Implement your logic in the given files (see Table 1 below). Your report should be saved as a PDF. To submit, put two (2) source code files and one (1) report in the folder named using your UB personal number. Compress the folder as your_ub_personal_number.zip and submit. TA will not grade submissions organized with a different hierarchy. Below is an example of files hierarchy (assuming UB Personal number is 50291111): 50291111.zip |50291111 |Adder.v |Multiplier.v |Bonus.v |Report.pdf Grading Criteria This project will be auto-graded. Please make sure you follow the given input and output formats properly in order to get all the points. Partial credit may be given if you cannot implement complete functionality but mention your detailed approach in the report. All the tests will be based on unseen data. Table 1: Project Files Given Files Function Need Submission pts Adder.v [template] 8-bit unsigned ripple carry adder Yes 3pt Multiplier.v [template] 8-bit unsigned serial multiplier Yes 5pt Bonus.v Bonus program implementation Yes 2pt Created in Master PDF Editor Report.docx [report template]