write a verilog code to implement the following function without using , , , , operators E A 2 i B 2 j F E C Where A , B , C and E are 8 bit unsigned numbers i and j are 3 bit unsigned numbers F is 1 6 bit unsigned number Design Specification Implement the design using Verilog language Do not use the following math operations , , , , , shift rotate You need to implement them yourself The top design name is mydesign and the port definition is illustrated below You must use the below testbench and template in your design Use your own choice of multiplier algorithm to implement the multiplier timescale 1 ns 1 0 0 ps module mydesign tb reg 7 0 A reg 7 0 B reg 7 0 C reg 2 0 i , j wire 1 5 0 F Mydesign one round in hardware mydesign mydesign ( A ( A ) , B ( B ) , C ( C ) , i ( i ) , j ( j ) , F ( F ) ) initial begin $monitor ( ( values are in HEX ) A h B h C h i h j h F h , A , B , C , i , j , F ) A 8 ' h 0 6 B 8 ' h 0 6 C 8 ' h 0 6 i 3 ' h 1 j 3 ' h 1 1 0 A 8 ' h 0 1 B 8 ' h 0 1 C 8 ' h 0 1 i 3 ' h 1 j 3 ' h 1 1 0 A 8 ' hFF B 8 ' hFF C 8 ' hFF i 3 ' h 7 j 3 ' h 7 1 0 A 8 ' hFF B 8 ' hFF C 8 ' hFF i 3 ' h 0 j 3 ' h 0 1 0 $stop end endmodule write a verilog code to implement the following function without using , , , E A 2 i B j F E C Where A , B , C and E are 8 bit unsigned numbers i and j are 3 bit unsigned numbers F is 1 6 bit unsigned number Design Specification Implement the design using Verilog language Do not use the following math operations , , , , shift rotate You need to implement them yourself The top design name is mydesign and the port definition is illustrated below You must use the below testbench and template in your design Use your own choice of multiplier algorithm to implement the multiplier timescale 1 ns 1 0 0 ps module mydesign tb reg 7 0 A reg 7 0 B reg 7 0 C reg 2 0 i , j wire 1 5 0 F Mydesign one round in hardware mydesign mydesign ( A ( A ) , B ( B ) , C ( C ) , i ( i ) , j ( j ) , F ( F ) ) initial begin $monitor ( ( values are in HEX ) A h B h C h i h j h F h , A , B , C , i , j , F ) A 8 ' h 0 6 B 8 ' h 0 6 C 8 ' h 0 6 i 3 ' h 1 j 3 ' h 1 1 0 A 8 ' h 0 1 B 8 ' h 0 1 C 8 ' h 0 1 i 3 ' h 1 j 3 ' h 1 1 0 A 8 ' hFF B 8 ' hFF C 8 ' hFF i 3 ' h 7 j 3 ' h 7 1 0 A 8 ' hFF B 8 ' hFF C 8 ' hFF i 3 ' h 0 j 3 ' h 0 1 0 $stop end endmodule

Question

write a verilog code to implement the following function without using     ,     ,   ,   ,   operators  E   A   2   i   B   2   j F   E   C Where  A , B , C and E are 8   bit unsigned numbers i and j are 3   bit unsigned numbers  F is 1 6   bit unsigned number Design Specification  Implement the design using Verilog language  Do not use the following math operations    ,   ,   ,   ,     ,     shift   rotate   You need to implement them yourself  The top design name is mydesign and the port definition is illustrated below  You must use the below testbench and template in your design  Use your own choice of multiplier algorithm to implement the multiplier   timescale 1 ns   1 0 0 ps module mydesign   tb  reg   7   0   A  reg   7   0   B  reg   7   0   C  reg   2   0   i , j  wire   1 5   0   F      Mydesign one round in hardware mydesign mydesign (   A ( A ) ,   B ( B ) ,   C ( C ) ,   i ( i ) ,   j ( j ) ,   F ( F ) )   initial begin $monitor (   ( values are in HEX ) A     h B     h C     h i     h j     h F     h   , A , B , C , i , j , F )   A   8 ' h 0 6   B   8 ' h 0 6   C   8 ' h 0 6   i   3 ' h 1   j   3 ' h 1     1 0   A   8 ' h 0 1   B   8 ' h 0 1   C   8 ' h 0 1   i   3 ' h 1   j   3 ' h 1     1 0   A   8 ' hFF  B   8 ' hFF  C   8 ' hFF   i   3 ' h 7   j   3 ' h 7     1 0   A   8 ' hFF  B   8 ' hFF  C   8 ' hFF   i   3 ' h 0   j   3 ' h 0     1 0   $stop  end endmodule write a verilog code to implement the following function without using     ,     ,   ,     E   A   2   i   B   j F   E   C Where  A , B , C and E are 8   bit unsigned numbers i and j are 3   bit unsigned numbers  F is 1 6   bit unsigned number Design Specification  Implement the design using Verilog language  Do not use the following math operations    ,   , ,   , shift   rotate   You need to implement them yourself  The top design name is mydesign and the port definition is illustrated below  You must use the below testbench and template in your design  Use your own choice of multiplier algorithm to implement the multiplier timescale 1 ns   1 0 0 ps module mydesign   tb  reg   7   0   A  reg   7   0   B  reg   7   0   C  reg   2   0   i , j  wire   1 5   0   F      Mydesign one round in hardware mydesign mydesign (   A ( A ) ,   B ( B ) ,   C ( C ) ,   i ( i ) ,   j ( j ) ,   F ( F ) )   initial begin $monitor (   ( values are in HEX ) A     h B     h C     h i     h j     h F     h   , A , B , C , i , j , F )   A   8 ' h 0 6   B   8 ' h 0 6   C   8 ' h 0 6   i   3 ' h 1   j   3 ' h 1     1 0   A   8 ' h 0 1   B   8 ' h 0 1   C   8 ' h 0 1   i   3 ' h 1   j   3 ' h 1     1 0   A   8 ' hFF  B   8 ' hFF  C   8 ' hFF   i   3 ' h 7   j   3 ' h 7     1 0   A   8 ' hFF  B   8 ' hFF  C   8 ' hFF   i   3 ' h 0   j   3 ' h 0     1 0   $stop  end endmodule

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Question: write a verilog code to implement the following function without using > > , < < , + , * , operators: E =

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