// Library = EvoApprox 16x16
// Circuit = mul16x16_056
// Area   (45) = 65
// Delay  (45) = 0.420
// Power  (45) = 0.02
// MAE = 369158758.40000
// MRE = 1884.01 %
// WCE = 838669312
// WCE% = 19.527 %
// EP = 100.0 %
module mul16x16_056 (
A,
B,
Z
);

input [15:0] A;
input [15:0] B;
output [31:0] Z;

wire sig_55;
wire sig_206;
wire sig_218;
wire sig_274;
wire sig_284;
wire sig_607;
wire sig_664;
wire sig_718;
wire sig_774;
wire sig_1221;
wire sig_1233;
wire sig_1311;
wire sig_1328;
wire sig_1351;
wire sig_1562;
wire sig_1563;
wire sig_1564;
wire sig_1565;

assign sig_55 = A[15] & B[14];
assign sig_206 = A[13] & B[15];
assign sig_218 = A[14] & B[15];
assign sig_274 = A[14] & B[14];
assign sig_284 = A[15] & B[15];
assign sig_607 = ~ sig_218;
assign sig_664 = sig_274 & sig_284;
assign sig_718 = ~ (sig_55 ^ sig_607);
assign sig_774 = sig_284 ^ sig_664;
assign sig_1221 = sig_206 & sig_718;
assign sig_1233 = sig_718 ^ sig_206;
assign sig_1311 = ~ sig_1233;
assign sig_1328 = sig_774 & sig_206;
assign sig_1351 = sig_774 ^ sig_1221;
assign sig_1562 = sig_1351 ^ sig_1233;
assign sig_1563 = sig_1351 & sig_1233;
assign sig_1564 = sig_1328 | sig_1563;
assign sig_1565 = sig_664 | sig_1564;

assign Z[0] = B[0];
assign Z[1] = sig_664;
assign Z[2] = B[12];
assign Z[3] = sig_274;
assign Z[4] = A[7];
assign Z[5] = B[13];
assign Z[6] = B[7];
assign Z[7] = B[2];
assign Z[8] = B[7];
assign Z[9] = sig_1563;
assign Z[10] = sig_218;
assign Z[11] = B[12];
assign Z[12] = A[15];
assign Z[13] = A[12];
assign Z[14] = B[7];
assign Z[15] = sig_1351;
assign Z[16] = A[2];
assign Z[17] = B[9];
assign Z[18] = B[3];
assign Z[19] = A[8];
assign Z[20] = B[8];
assign Z[21] = A[11];
assign Z[22] = B[9];
assign Z[23] = A[10];
assign Z[24] = B[12];
assign Z[25] = A[15];
assign Z[26] = B[13];
assign Z[27] = A[12];
assign Z[28] = sig_274;
assign Z[29] = sig_1311;
assign Z[30] = sig_1562;
assign Z[31] = sig_1565;

endmodule