block32s.v

脉动乘法器：一个GF(2m)域上的Digit-Serial 脉动结构（Systolic）的乘法器

cell3 u_cell3_1002 (.ai(ai[2]), .bi(bi[21]), .gi(gi[2]), .ti1(ti1[21]), .ti2(w0901), .to(w1002));
cell3 u_cell3_1102 (.ai(ai[2]), .bi(bi[20]), .gi(gi[2]), .ti1(ti1[20]), .ti2(w1001), .to(w1102));
cell3 u_cell3_1202 (.ai(ai[2]), .bi(bi[19]), .gi(gi[2]), .ti1(ti1[19]), .ti2(w1101), .to(w1202));
cell3 u_cell3_1302 (.ai(ai[2]), .bi(bi[18]), .gi(gi[2]), .ti1(ti1[18]), .ti2(w1201), .to(w1302));
cell3 u_cell3_1402 (.ai(ai[2]), .bi(bi[17]), .gi(gi[2]), .ti1(ti1[17]), .ti2(w1301), .to(w1402));
cell3 u_cell3_1502 (.ai(ai[2]), .bi(bi[16]), .gi(gi[2]), .ti1(ti1[16]), .ti2(w1401), .to(w1502));
cell3 u_cell3_1602 (.ai(ai[2]), .bi(bi[15]), .gi(gi[2]), .ti1(ti1[15]), .ti2(w1501), .to(w1602));
cell3 u_cell3_1702 (.ai(ai[2]), .bi(bi[14]), .gi(gi[2]), .ti1(ti1[14]), .ti2(w1601), .to(w1702));
cell3 u_cell3_1802 (.ai(ai[2]), .bi(bi[13]), .gi(gi[2]), .ti1(ti1[13]), .ti2(w1701), .to(w1802));
cell3 u_cell3_1902 (.ai(ai[2]), .bi(bi[12]), .gi(gi[2]), .ti1(ti1[12]), .ti2(w1801), .to(w1902));
cell3 u_cell3_2002 (.ai(ai[2]), .bi(bi[11]), .gi(gi[2]), .ti1(ti1[11]), .ti2(w1901), .to(w2002));
cell3 u_cell3_2102 (.ai(ai[2]), .bi(bi[10]), .gi(gi[2]), .ti1(ti1[10]), .ti2(w2001), .to(w2102));
cell3 u_cell3_2202 (.ai(ai[2]), .bi(bi[ 9]), .gi(gi[2]), .ti1(ti1[ 9]), .ti2(w2101), .to(w2202));
cell3 u_cell3_2302 (.ai(ai[2]), .bi(bi[ 8]), .gi(gi[2]), .ti1(ti1[ 8]), .ti2(w2201), .to(w2302));
cell3 u_cell3_2402 (.ai(ai[2]), .bi(bi[ 7]), .gi(gi[2]), .ti1(ti1[ 7]), .ti2(w2301), .to(w2402));
cell3 u_cell3_2502 (.ai(ai[2]), .bi(bi[ 6]), .gi(gi[2]), .ti1(ti1[ 6]), .ti2(w2401), .to(w2502));
cell3 u_cell3_2602 (.ai(ai[2]), .bi(bi[ 5]), .gi(gi[2]), .ti1(ti1[ 5]), .ti2(w2501), .to(w2602));
cell3 u_cell3_2702 (.ai(ai[2]), .bi(bi[ 4]), .gi(gi[2]), .ti1(ti1[ 4]), .ti2(w2601), .to(w2702));
cell3 u_cell3_2802 (.ai(ai[2]), .bi(bi[ 3]), .gi(gi[2]), .ti1(ti1[ 3]), .ti2(w2701), .to(w2802));
cell3 u_cell3_2902 (.ai(ai[2]), .bi(bi[ 2]), .gi(gi[2]), .ti1(ti1[ 2]), .ti2(w2801), .to(w2902));
cell3 u_cell3_3002 (.ai(ai[2]), .bi(bi[ 1]), .gi(gi[2]), .ti1(ti1[ 1]), .ti2(w2901), .to(w3002));
cell3 u_cell3_3102 (.ai(ai[2]), .bi(bi[ 0]), .gi(gi[2]), .ti1(ti1[ 0]), .ti2(w3001), .to(w3102));
//Line 3
cell4 u_cell4_0003 (.ai(ai[3]), .bi(bi[31]), .gi(gi[3]), .ti1(ti1[31]), .ti2(ti2[3]), .ti3(ti3[3]), .to(w0003));
cell3 u_cell3_0103 (.ai(ai[3]), .bi(bi[30]), .gi(gi[3]), .ti1(ti1[30]), .ti2(w0002), .to(w0103));
cell3 u_cell3_0203 (.ai(ai[3]), .bi(bi[29]), .gi(gi[3]), .ti1(ti1[29]), .ti2(w0102), .to(w0203));
cell3 u_cell3_0303 (.ai(ai[3]), .bi(bi[28]), .gi(gi[3]), .ti1(ti1[28]), .ti2(w0202), .to(w0303));
cell3 u_cell3_0403 (.ai(ai[3]), .bi(bi[27]), .gi(gi[3]), .ti1(ti1[27]), .ti2(w0302), .to(w0403));
cell3 u_cell3_0503 (.ai(ai[3]), .bi(bi[26]), .gi(gi[3]), .ti1(ti1[26]), .ti2(w0402), .to(w0503));
cell3 u_cell3_0603 (.ai(ai[3]), .bi(bi[25]), .gi(gi[3]), .ti1(ti1[25]), .ti2(w0502), .to(w0603));
cell3 u_cell3_0703 (.ai(ai[3]), .bi(bi[24]), .gi(gi[3]), .ti1(ti1[24]), .ti2(w0602), .to(w0703));
cell3 u_cell3_0803 (.ai(ai[3]), .bi(bi[23]), .gi(gi[3]), .ti1(ti1[23]), .ti2(w0702), .to(w0803));
cell3 u_cell3_0903 (.ai(ai[3]), .bi(bi[22]), .gi(gi[3]), .ti1(ti1[22]), .ti2(w0802), .to(w0903));
cell3 u_cell3_1003 (.ai(ai[3]), .bi(bi[21]), .gi(gi[3]), .ti1(ti1[21]), .ti2(w0902), .to(w1003));
cell3 u_cell3_1103 (.ai(ai[3]), .bi(bi[20]), .gi(gi[3]), .ti1(ti1[20]), .ti2(w1002), .to(w1103));
cell3 u_cell3_1203 (.ai(ai[3]), .bi(bi[19]), .gi(gi[3]), .ti1(ti1[19]), .ti2(w1102), .to(w1203));
cell3 u_cell3_1303 (.ai(ai[3]), .bi(bi[18]), .gi(gi[3]), .ti1(ti1[18]), .ti2(w1202), .to(w1303));
cell3 u_cell3_1403 (.ai(ai[3]), .bi(bi[17]), .gi(gi[3]), .ti1(ti1[17]), .ti2(w1302), .to(w1403));
cell3 u_cell3_1503 (.ai(ai[3]), .bi(bi[16]), .gi(gi[3]), .ti1(ti1[16]), .ti2(w1402), .to(w1503));
cell3 u_cell3_1603 (.ai(ai[3]), .bi(bi[15]), .gi(gi[3]), .ti1(ti1[15]), .ti2(w1502), .to(w1603));
cell3 u_cell3_1703 (.ai(ai[3]), .bi(bi[14]), .gi(gi[3]), .ti1(ti1[14]), .ti2(w1602), .to(w1703));
cell3 u_cell3_1803 (.ai(ai[3]), .bi(bi[13]), .gi(gi[3]), .ti1(ti1[13]), .ti2(w1702), .to(w1803));
cell3 u_cell3_1903 (.ai(ai[3]), .bi(bi[12]), .gi(gi[3]), .ti1(ti1[12]), .ti2(w1802), .to(w1903));
cell3 u_cell3_2003 (.ai(ai[3]), .bi(bi[11]), .gi(gi[3]), .ti1(ti1[11]), .ti2(w1902), .to(w2003));
cell3 u_cell3_2103 (.ai(ai[3]), .bi(bi[10]), .gi(gi[3]), .ti1(ti1[10]), .ti2(w2002), .to(w2103));
cell3 u_cell3_2203 (.ai(ai[3]), .bi(bi[ 9]), .gi(gi[3]), .ti1(ti1[ 9]), .ti2(w2102), .to(w2203));
cell3 u_cell3_2303 (.ai(ai[3]), .bi(bi[ 8]), .gi(gi[3]), .ti1(ti1[ 8]), .ti2(w2202), .to(w2303));
cell3 u_cell3_2403 (.ai(ai[3]), .bi(bi[ 7]), .gi(gi[3]), .ti1(ti1[ 7]), .ti2(w2302), .to(w2403));
cell3 u_cell3_2503 (.ai(ai[3]), .bi(bi[ 6]), .gi(gi[3]), .ti1(ti1[ 6]), .ti2(w2402), .to(w2503));
cell3 u_cell3_2603 (.ai(ai[3]), .bi(bi[ 5]), .gi(gi[3]), .ti1(ti1[ 5]), .ti2(w2502), .to(w2603));
cell3 u_cell3_2703 (.ai(ai[3]), .bi(bi[ 4]), .gi(gi[3]), .ti1(ti1[ 4]), .ti2(w2602), .to(w2703));
cell3 u_cell3_2803 (.ai(ai[3]), .bi(bi[ 3]), .gi(gi[3]), .ti1(ti1[ 3]), .ti2(w2702), .to(w2803));
cell3 u_cell3_2903 (.ai(ai[3]), .bi(bi[ 2]), .gi(gi[3]), .ti1(ti1[ 2]), .ti2(w2802), .to(w2903));
cell3 u_cell3_3003 (.ai(ai[3]), .bi(bi[ 1]), .gi(gi[3]), .ti1(ti1[ 1]), .ti2(w2902), .to(w3003));
cell3 u_cell3_3103 (.ai(ai[3]), .bi(bi[ 0]), .gi(gi[3]), .ti1(ti1[ 0]), .ti2(w3002), .to(w3103));
//Line 4
cell4 u_cell4_0004 (.ai(ai[4]), .bi(bi[31]), .gi(gi[4]), .ti1(ti1[31]), .ti2(ti2[4]), .ti3(ti3[4]), .to(w0004));
cell3 u_cell3_0104 (.ai(ai[4]), .bi(bi[30]), .gi(gi[4]), .ti1(ti1[30]), .ti2(w0003), .to(w0104));
cell3 u_cell3_0204 (.ai(ai[4]), .bi(bi[29]), .gi(gi[4]), .ti1(ti1[29]), .ti2(w0103), .to(w0204));
cell3 u_cell3_0304 (.ai(ai[4]), .bi(bi[28]), .gi(gi[4]), .ti1(ti1[28]), .ti2(w0203), .to(w0304));
cell3 u_cell3_0404 (.ai(ai[4]), .bi(bi[27]), .gi(gi[4]), .ti1(ti1[27]), .ti2(w0303), .to(w0404));
cell3 u_cell3_0504 (.ai(ai[4]), .bi(bi[26]), .gi(gi[4]), .ti1(ti1[26]), .ti2(w0403), .to(w0504));
cell3 u_cell3_0604 (.ai(ai[4]), .bi(bi[25]), .gi(gi[4]), .ti1(ti1[25]), .ti2(w0503), .to(w0604));
cell3 u_cell3_0704 (.ai(ai[4]), .bi(bi[24]), .gi(gi[4]), .ti1(ti1[24]), .ti2(w0603), .to(w0704));
cell3 u_cell3_0804 (.ai(ai[4]), .bi(bi[23]), .gi(gi[4]), .ti1(ti1[23]), .ti2(w0703), .to(w0804));
cell3 u_cell3_0904 (.ai(ai[4]), .bi(bi[22]), .gi(gi[4]), .ti1(ti1[22]), .ti2(w0803), .to(w0904));
cell3 u_cell3_1004 (.ai(ai[4]), .bi(bi[21]), .gi(gi[4]), .ti1(ti1[21]), .ti2(w0903), .to(w1004));
cell3 u_cell3_1104 (.ai(ai[4]), .bi(bi[20]), .gi(gi[4]), .ti1(ti1[20]), .ti2(w1003), .to(w1104));
cell3 u_cell3_1204 (.ai(ai[4]), .bi(bi[19]), .gi(gi[4]), .ti1(ti1[19]), .ti2(w1103), .to(w1204));
cell3 u_cell3_1304 (.ai(ai[4]), .bi(bi[18]), .gi(gi[4]), .ti1(ti1[18]), .ti2(w1203), .to(w1304));
cell3 u_cell3_1404 (.ai(ai[4]), .bi(bi[17]), .gi(gi[4]), .ti1(ti1[17]), .ti2(w1303), .to(w1404));
cell3 u_cell3_1504 (.ai(ai[4]), .bi(bi[16]), .gi(gi[4]), .ti1(ti1[16]), .ti2(w1403), .to(w1504));
cell3 u_cell3_1604 (.ai(ai[4]), .bi(bi[15]), .gi(gi[4]), .ti1(ti1[15]), .ti2(w1503), .to(w1604));
cell3 u_cell3_1704 (.ai(ai[4]), .bi(bi[14]), .gi(gi[4]), .ti1(ti1[14]), .ti2(w1603), .to(w1704));
cell3 u_cell3_1804 (.ai(ai[4]), .bi(bi[13]), .gi(gi[4]), .ti1(ti1[13]), .ti2(w1703), .to(w1804));
cell3 u_cell3_1904 (.ai(ai[4]), .bi(bi[12]), .gi(gi[4]), .ti1(ti1[12]), .ti2(w1803), .to(w1904));
cell3 u_cell3_2004 (.ai(ai[4]), .bi(bi[11]), .gi(gi[4]), .ti1(ti1[11]), .ti2(w1903), .to(w2004));
cell3 u_cell3_2104 (.ai(ai[4]), .bi(bi[10]), .gi(gi[4]), .ti1(ti1[10]), .ti2(w2003), .to(w2104));
cell3 u_cell3_2204 (.ai(ai[4]), .bi(bi[ 9]), .gi(gi[4]), .ti1(ti1[ 9]), .ti2(w2103), .to(w2204));
cell3 u_cell3_2304 (.ai(ai[4]), .bi(bi[ 8]), .gi(gi[4]), .ti1(ti1[ 8]), .ti2(w2203), .to(w2304));
cell3 u_cell3_2404 (.ai(ai[4]), .bi(bi[ 7]), .gi(gi[4]), .ti1(ti1[ 7]), .ti2(w2303), .to(w2404));
cell3 u_cell3_2504 (.ai(ai[4]), .bi(bi[ 6]), .gi(gi[4]), .ti1(ti1[ 6]), .ti2(w2403), .to(w2504));
cell3 u_cell3_2604 (.ai(ai[4]), .bi(bi[ 5]), .gi(gi[4]), .ti1(ti1[ 5]), .ti2(w2503), .to(w2604));
cell3 u_cell3_2704 (.ai(ai[4]), .bi(bi[ 4]), .gi(gi[4]), .ti1(ti1[ 4]), .ti2(w2603), .to(w2704));
cell3 u_cell3_2804 (.ai(ai[4]), .bi(bi[ 3]), .gi(gi[4]), .ti1(ti1[ 3]), .ti2(w2703), .to(w2804));
cell3 u_cell3_2904 (.ai(ai[4]), .bi(bi[ 2]), .gi(gi[4]), .ti1(ti1[ 2]), .ti2(w2803), .to(w2904));
cell3 u_cell3_3004 (.ai(ai[4]), .bi(bi[ 1]), .gi(gi[4]), .ti1(ti1[ 1]), .ti2(w2903), .to(w3004));
cell3 u_cell3_3104 (.ai(ai[4]), .bi(bi[ 0]), .gi(gi[4]), .ti1(ti1[ 0]), .ti2(w3003), .to(w3104));
//Line 5
cell4 u_cell4_0005 (.ai(ai[5]), .bi(bi[31]), .gi(gi[5]), .ti1(ti1[31]), .ti2(ti2[5]), .ti3(ti3[5]), .to(w0005));
cell3 u_cell3_0105 (.ai(ai[5]), .bi(bi[30]), .gi(gi[5]), .ti1(ti1[30]), .ti2(w0004), .to(w0105));
cell3 u_cell3_0205 (.ai(ai[5]), .bi(bi[29]), .gi(gi[5]), .ti1(ti1[29]), .ti2(w0104), .to(w0205));
cell3 u_cell3_0305 (.ai(ai[5]), .bi(bi[28]), .gi(gi[5]), .ti1(ti1[28]), .ti2(w0204), .to(w0305));
cell3 u_cell3_0405 (.ai(ai[5]), .bi(bi[27]), .gi(gi[5]), .ti1(ti1[27]), .ti2(w0304), .to(w0405));
cell3 u_cell3_0505 (.ai(ai[5]), .bi(bi[26]), .gi(gi[5]), .ti1(ti1[26]), .ti2(w0404), .to(w0505));
cell3 u_cell3_0605 (.ai(ai[5]), .bi(bi[25]), .gi(gi[5]), .ti1(ti1[25]), .ti2(w0504), .to(w0605));
cell3 u_cell3_0705 (.ai(ai[5]), .bi(bi[24]), .gi(gi[5]), .ti1(ti1[24]), .ti2(w0604), .to(w0705));
cell3 u_cell3_0805 (.ai(ai[5]), .bi(bi[23]), .gi(gi[5]), .ti1(ti1[23]), .ti2(w0704), .to(w0805));
cell3 u_cell3_0905 (.ai(ai[5]), .bi(bi[22]), .gi(gi[5]), .ti1(ti1[22]), .ti2(w0804), .to(w0905));
cell3 u_cell3_1005 (.ai(ai[5]), .bi(bi[21]), .gi(gi[5]), .ti1(ti1[21]), .ti2(w0904), .to(w1005));
cell3 u_cell3_1105 (.ai(ai[5]), .bi(bi[20]), .gi(gi[5]), .ti1(ti1[20]), .ti2(w1004), .to(w1105));
cell3 u_cell3_1205 (.ai(ai[5]), .bi(bi[19]), .gi(gi[5]), .ti1(ti1[19]), .ti2(w1104), .to(w1205));
cell3 u_cell3_1305 (.ai(ai[5]), .bi(bi[18]), .gi(gi[5]), .ti1(ti1[18]), .ti2(w1204), .to(w1305));
cell3 u_cell3_1405 (.ai(ai[5]), .bi(bi[17]), .gi(gi[5]), .ti1(ti1[17]), .ti2(w1304), .to(w1405));
cell3 u_cell3_1505 (.ai(ai[5]), .bi(bi[16]), .gi(gi[5]), .ti1(ti1[16]), .ti2(w1404), .to(w1505));
cell3 u_cell3_1605 (.ai(ai[5]), .bi(bi[15]), .gi(gi[5]), .ti1(ti1[15]), .ti2(w1504), .to(w1605));
cell3 u_cell3_1705 (.ai(ai[5]), .bi(bi[14]), .gi(gi[5]), .ti1(ti1[14]), .ti2(w1604), .to(w1705));
cell3 u_cell3_1805 (.ai(ai[5]), .bi(bi[13]), .gi(gi[5]), .ti1(ti1[13]), .ti2(w1704), .to(w1805));
cell3 u_cell3_1905 (.ai(ai[5]), .bi(bi[12]), .gi(gi[5]), .ti1(ti1[12]), .ti2(w1804), .to(w1905));
cell3 u_cell3_2005 (.ai(ai[5]), .bi(bi[11]), .gi(gi[5]), .ti1(ti1[11]), .ti2(w1904), .to(w2005));
cell3 u_cell3_2105 (.ai(ai[5]), .bi(bi[10]), .gi(gi[5]), .ti1(ti1[10]), .ti2(w2004), .to(w2105));
cell3 u_cell3_2205 (.ai(ai[5]), .bi(bi[ 9]), .gi(gi[5]), .ti1(ti1[ 9]), .ti2(w2104), .to(w2205));
cell3 u_cell3_2305 (.ai(ai[5]), .bi(bi[ 8]), .gi(gi[5]), .ti1(ti1[ 8]), .ti2(w2204), .to(w2305));
cell3 u_cell3_2405 (.ai(ai[5]), .bi(bi[ 7]), .gi(gi[5]), .ti1(ti1[ 7]), .ti2(w2304), .to(w2405));
cell3 u_cell3_2505 (.ai(ai[5]), .bi(bi[ 6]), .gi(gi[5]), .ti1(ti1[ 6]), .ti2(w2404), .to(w2505));
cell3 u_cell3_2605 (.ai(ai[5]), .bi(bi[ 5]), .gi(gi[5]), .ti1(ti1[ 5]), .ti2(w2504), .to(w2605));
cell3 u_cell3_2705 (.ai(ai[5]), .bi(bi[ 4]), .gi(gi[5]), .ti1(ti1[ 4]), .ti2(w2604), .to(w2705));
cell3 u_cell3_2805 (.ai(ai[5]), .bi(bi[ 3]), .gi(gi[5]), .ti1(ti1[ 3]), .ti2(w2704), .to(w2805));
cell3 u_cell3_2905 (.ai(ai[5]), .bi(bi[ 2]), .gi(gi[5]), .ti1(ti1[ 2]), .ti2(w2804), .to(w2905));
cell3 u_cell3_3005 (.ai(ai[5]), .bi(bi[ 1]), .gi(gi[5]), .ti1(ti1[ 1]), .ti2(w2904), .to(w3005));
cell3 u_cell3_3105 (.ai(ai[5]), .bi(bi[ 0]), .gi(gi[5]), .ti1(ti1[ 0]), .ti2(w3004), .to(w3105));
//Line 6
cell4 u_cell4_0006 (.ai(ai[6]), .bi(bi[31]), .gi(gi[6]), .ti1(ti1[31]), .ti2(ti2[6]), .ti3(ti3[6]), .to(w0006));
cell3 u_cell3_0106 (.ai(ai[6]), .bi(bi[30]), .gi(gi[6]), .ti1(ti1[30]), .ti2(w0005), .to(w0106));
cell3 u_cell3_0206 (.ai(ai[6]), .bi(bi[29]), .gi(gi[6]), .ti1(ti1[29]), .ti2(w0105), .to(w0206));
cell3 u_cell3_0306 (.ai(ai[6]), .bi(bi[28]), .gi(gi[6]), .ti1(ti1[28]), .ti2(w0205), .to(w0306));
cell3 u_cell3_0406 (.ai(ai[6]), .bi(bi[27]), .gi(gi[6]), .ti1(ti1[27]), .ti2(w0305), .to(w0406));
cell3 u_cell3_0506 (.ai(ai[6]), .bi(bi[26]), .gi(gi[6]), .ti1(ti1[26]), .ti2(w0405), .to(w0506));