Question: is this correct code becase in edaplayground i have errors if i have eny mestak plzz fixed it depandent this code and give me finall

is this correct code becase in edaplayground i have errors if i have eny mestak plzz fixed it depandent this code and give me finall right code < this is design : // Code your design here
// Basic Logic Modules
// NOT Gate
module INV(input A, output Y);
assign Y = ~A;
endmodule
// NAND Gate
module NAND(input A, input B, output Y);
assign Y = ~(A & B);
endmodule
// NOR Gate
module NOR(input A, input B, output Y);
assign Y = ~(A | B);
endmodule
// AND Gate
module AND(input A, input B, output Y);
assign Y = A & B;
endmodule
// OR Gate
module OR(input A, input B, output Y);
assign Y = A | B;
endmodule
// XOR Gate
module XOR(input A, input B, output Y);
assign Y = A ^ B;
endmodule
// XNOR Gate
module XNOR(input A, input B, output Y);
assign Y = ~(A ^ B);
endmodule
// Equal Comparator
module Equal_Comparator #(parameter WIDTH =6)(input [WIDTH-1:0] A, input [WIDTH-1:0] B, output Equal);
wire [WIDTH-1:0] xor_out;
wire nor_out;
// XOR each bit and combine using NOR
genvar i;
generate
for (i =0; i < WIDTH; i = i +1) begin : gen_xor
XOR u_xor (.A(A[i]),.B(B[i]),.Y(xor_out[i]));
end
endgenerate
// NOR all XOR results
assign nor_out = ~|xor_out; // Reduction NOR
assign Equal = nor_out;
endmodule
// Greater Comparator
module Greater_Comparator #(parameter WIDTH =6)(input [WIDTH-1:0] A, input [WIDTH-1:0] B, input S, output Greater);
wire [WIDTH-1:0] gt_bits;
wire [WIDTH-1:0] lt_bits;
wire unsigned_gt;
wire signed_gt;
// Compare each bit for unsigned comparison
assign gt_bits = A & ~B;
assign lt_bits = ~A & B;
// Check for unsigned greater
assign unsigned_gt =|(gt_bits & ~lt_bits);
// Handle signed greater
assign signed_gt =(S)?((A[WIDTH-1] & ~B[WIDTH-1])|
(~A[WIDTH-1] & ~B[WIDTH-1] & unsigned_gt))
: unsigned_gt;
assign Greater = signed_gt;
endmodule
// Smaller Comparator
module Smaller_Comparator #(parameter WIDTH =6)(input [WIDTH-1:0] A, input [WIDTH-1:0] B, input S, output Smaller);
wire [WIDTH-1:0] gt_bits;
wire [WIDTH-1:0] lt_bits;
wire unsigned_lt;
wire signed_lt;
// Compare each bit for unsigned comparison
assign gt_bits = A & ~B;
assign lt_bits = ~A & B;
// Check for unsigned smaller
assign unsigned_lt =|(lt_bits & ~gt_bits);
// Handle signed smaller
assign signed_lt =(S)?((~A[WIDTH-1] & B[WIDTH-1])|
(~A[WIDTH-1] & ~B[WIDTH-1] & unsigned_lt))
: unsigned_lt;
assign Smaller = signed_lt;
endmodule
// Top-Level Comparator Module
module Comparator #(parameter WIDTH =6)(input clk, input [WIDTH-1:0] A, input [WIDTH-1:0] B, input S,
output reg Equal, output reg Greater, output reg Smaller);
wire eq, gt, lt;
// Instantiate comparators
Equal_Comparator #(WIDTH) eq_comp (.A(A),.B(B),.Equal(eq));
Greater_Comparator #(WIDTH) gt_comp (.A(A),.B(B),.S(S),.Greater(gt));
Smaller_Comparator #(WIDTH) lt_comp (.A(A),.B(B),.S(S),.Smaller(lt));
// Synchronous outputs
always @(posedge clk) begin
Equal <= eq;
Greater <= gt;
Smaller <= lt;
end
endmodule
and this testbench:
module tb_Comparator();
reg clk;
reg [5:0] A, B;
reg S;
wire Equal, Greater, Smaller;
// Instantiate the Comparator module
Comparator #(6) uut (.clk(clk),.A(A),.B(B),.S(S),.Equal(Equal),.Greater(Greater),.Smaller(Smaller));
// Clock generation
initial begin
clk =0;
forever #5 clk = ~clk; //10ns clock
end
// Test cases
initial begin
$display("Starting testbench...");
// Test Case 1: A == B
A =6'b000101; B =6'b000101; S =0; #10;
$display("A=%b, B=%b, S=%b | Equal=%b, Greater=%b, Smaller=%b", A, B, S, Equal, Greater, Smaller);
// Test Case 2: A > B (Unsigned)
A =6'b111111; B =6'b000001; S =0; #10;
$display("A=%b, B=%b, S=%b | Equal=%b, Greater=%b, Smaller=%b", A, B, S, Equal, Greater, Smaller);
// Test Case 3: A < B (Unsigned)
A =6'b000001; B =6'b111111; S =0; #10;
$display("A=%b, B=%b, S=%b | Equal=%b, Greater=%b, Smaller=%b", A, B, S, Equal, Greater, Smaller);
// Test Case 4: A < B (Signed)
A =6'b100000; B =6'b011111; S =1; #10;
$display("A=%b, B=%b, S=%b | Equal=%b, Greater=%b, Smaller=%b", A, B, S, Equal, Greater, Smaller);
// Test Case 5: A > B (Signed)
A =6'b011111; B =6'b100000; S =1; #10;
$display("A=%b, B=%b, S=%b | Equal=%b, Greater=%b, Smaller=%b", A, B, S, Equal, Greater, Smaller);
$stop; // End simulation
end
endmodule an error in your design and to do a verification that will discover the error and write it to the console screen.
Format of the report:
This project should be written as formal report. The report should include sections on the following:
- Brief introduction
- Brief theoretical overview
- Design philosophy
- Simulation Results
- Conclusion and Future works
The report shouldn't exceed 10 pages (excluding the code) with
-1.5 line spacing.
- Times new roman.

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