block16s.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_1204 (.ai(ai[4]), .bi(bi[ 3]), .gi(gi[4]), .ti1(ti1[ 3]), .ti2(w1103), .to(w1204));
cell3 u_cell3_1304 (.ai(ai[4]), .bi(bi[ 2]), .gi(gi[4]), .ti1(ti1[ 2]), .ti2(w1203), .to(w1304));
cell3 u_cell3_1404 (.ai(ai[4]), .bi(bi[ 1]), .gi(gi[4]), .ti1(ti1[ 1]), .ti2(w1303), .to(w1404));
cell3 u_cell3_1504 (.ai(ai[4]), .bi(bi[ 0]), .gi(gi[4]), .ti1(ti1[ 0]), .ti2(w1403), .to(w1504));
//Line 5                                                                                          
cell4 u_cell4_0005 (.ai(ai[5]), .bi(bi[15]), .gi(gi[5]), .ti1(ti1[15]), .ti2(ti2[5]), .ti3(ti3[5]), .to(w0005));
cell3 u_cell3_0105 (.ai(ai[5]), .bi(bi[14]), .gi(gi[5]), .ti1(ti1[14]), .ti2(w0004), .to(w0105));
cell3 u_cell3_0205 (.ai(ai[5]), .bi(bi[13]), .gi(gi[5]), .ti1(ti1[13]), .ti2(w0104), .to(w0205));
cell3 u_cell3_0305 (.ai(ai[5]), .bi(bi[12]), .gi(gi[5]), .ti1(ti1[12]), .ti2(w0204), .to(w0305));
cell3 u_cell3_0405 (.ai(ai[5]), .bi(bi[11]), .gi(gi[5]), .ti1(ti1[11]), .ti2(w0304), .to(w0405));
cell3 u_cell3_0505 (.ai(ai[5]), .bi(bi[10]), .gi(gi[5]), .ti1(ti1[10]), .ti2(w0404), .to(w0505));
cell3 u_cell3_0605 (.ai(ai[5]), .bi(bi[ 9]), .gi(gi[5]), .ti1(ti1[ 9]), .ti2(w0504), .to(w0605));
cell3 u_cell3_0705 (.ai(ai[5]), .bi(bi[ 8]), .gi(gi[5]), .ti1(ti1[ 8]), .ti2(w0604), .to(w0705));
cell3 u_cell3_0805 (.ai(ai[5]), .bi(bi[ 7]), .gi(gi[5]), .ti1(ti1[ 7]), .ti2(w0704), .to(w0805));
cell3 u_cell3_0905 (.ai(ai[5]), .bi(bi[ 6]), .gi(gi[5]), .ti1(ti1[ 6]), .ti2(w0804), .to(w0905));
cell3 u_cell3_1005 (.ai(ai[5]), .bi(bi[ 5]), .gi(gi[5]), .ti1(ti1[ 5]), .ti2(w0904), .to(w1005));
cell3 u_cell3_1105 (.ai(ai[5]), .bi(bi[ 4]), .gi(gi[5]), .ti1(ti1[ 4]), .ti2(w1004), .to(w1105));
cell3 u_cell3_1205 (.ai(ai[5]), .bi(bi[ 3]), .gi(gi[5]), .ti1(ti1[ 3]), .ti2(w1104), .to(w1205));
cell3 u_cell3_1305 (.ai(ai[5]), .bi(bi[ 2]), .gi(gi[5]), .ti1(ti1[ 2]), .ti2(w1204), .to(w1305));
cell3 u_cell3_1405 (.ai(ai[5]), .bi(bi[ 1]), .gi(gi[5]), .ti1(ti1[ 1]), .ti2(w1304), .to(w1405));
cell3 u_cell3_1505 (.ai(ai[5]), .bi(bi[ 0]), .gi(gi[5]), .ti1(ti1[ 0]), .ti2(w1404), .to(w1505));
//Line 6                                                                                          
cell4 u_cell4_0006 (.ai(ai[6]), .bi(bi[15]), .gi(gi[6]), .ti1(ti1[15]), .ti2(ti2[6]), .ti3(ti3[6]), .to(w0006));
cell3 u_cell3_0106 (.ai(ai[6]), .bi(bi[14]), .gi(gi[6]), .ti1(ti1[14]), .ti2(w0005), .to(w0106));
cell3 u_cell3_0206 (.ai(ai[6]), .bi(bi[13]), .gi(gi[6]), .ti1(ti1[13]), .ti2(w0105), .to(w0206));
cell3 u_cell3_0306 (.ai(ai[6]), .bi(bi[12]), .gi(gi[6]), .ti1(ti1[12]), .ti2(w0205), .to(w0306));
cell3 u_cell3_0406 (.ai(ai[6]), .bi(bi[11]), .gi(gi[6]), .ti1(ti1[11]), .ti2(w0305), .to(w0406));
cell3 u_cell3_0506 (.ai(ai[6]), .bi(bi[10]), .gi(gi[6]), .ti1(ti1[10]), .ti2(w0405), .to(w0506));
cell3 u_cell3_0606 (.ai(ai[6]), .bi(bi[ 9]), .gi(gi[6]), .ti1(ti1[ 9]), .ti2(w0505), .to(w0606));
cell3 u_cell3_0706 (.ai(ai[6]), .bi(bi[ 8]), .gi(gi[6]), .ti1(ti1[ 8]), .ti2(w0605), .to(w0706));
cell3 u_cell3_0806 (.ai(ai[6]), .bi(bi[ 7]), .gi(gi[6]), .ti1(ti1[ 7]), .ti2(w0705), .to(w0806));
cell3 u_cell3_0906 (.ai(ai[6]), .bi(bi[ 6]), .gi(gi[6]), .ti1(ti1[ 6]), .ti2(w0805), .to(w0906));
cell3 u_cell3_1006 (.ai(ai[6]), .bi(bi[ 5]), .gi(gi[6]), .ti1(ti1[ 5]), .ti2(w0905), .to(w1006));
cell3 u_cell3_1106 (.ai(ai[6]), .bi(bi[ 4]), .gi(gi[6]), .ti1(ti1[ 4]), .ti2(w1005), .to(w1106));
cell3 u_cell3_1206 (.ai(ai[6]), .bi(bi[ 3]), .gi(gi[6]), .ti1(ti1[ 3]), .ti2(w1105), .to(w1206));
cell3 u_cell3_1306 (.ai(ai[6]), .bi(bi[ 2]), .gi(gi[6]), .ti1(ti1[ 2]), .ti2(w1205), .to(w1306));
cell3 u_cell3_1406 (.ai(ai[6]), .bi(bi[ 1]), .gi(gi[6]), .ti1(ti1[ 1]), .ti2(w1305), .to(w1406));
cell3 u_cell3_1506 (.ai(ai[6]), .bi(bi[ 0]), .gi(gi[6]), .ti1(ti1[ 0]), .ti2(w1405), .to(w1506));
//Line 7                                                                                          
cell4 u_cell4_0007 (.ai(ai[7]), .bi(bi[15]), .gi(gi[7]), .ti1(ti1[15]), .ti2(ti2[7]), .ti3(ti3[7]), .to(w0007));
cell3 u_cell3_0107 (.ai(ai[7]), .bi(bi[14]), .gi(gi[7]), .ti1(ti1[14]), .ti2(w0006), .to(w0107));
cell3 u_cell3_0207 (.ai(ai[7]), .bi(bi[13]), .gi(gi[7]), .ti1(ti1[13]), .ti2(w0106), .to(w0207));
cell3 u_cell3_0307 (.ai(ai[7]), .bi(bi[12]), .gi(gi[7]), .ti1(ti1[12]), .ti2(w0206), .to(w0307));
cell3 u_cell3_0407 (.ai(ai[7]), .bi(bi[11]), .gi(gi[7]), .ti1(ti1[11]), .ti2(w0306), .to(w0407));
cell3 u_cell3_0507 (.ai(ai[7]), .bi(bi[10]), .gi(gi[7]), .ti1(ti1[10]), .ti2(w0406), .to(w0507));
cell3 u_cell3_0607 (.ai(ai[7]), .bi(bi[ 9]), .gi(gi[7]), .ti1(ti1[ 9]), .ti2(w0506), .to(w0607));
cell3 u_cell3_0707 (.ai(ai[7]), .bi(bi[ 8]), .gi(gi[7]), .ti1(ti1[ 8]), .ti2(w0606), .to(w0707));
cell3 u_cell3_0807 (.ai(ai[7]), .bi(bi[ 7]), .gi(gi[7]), .ti1(ti1[ 7]), .ti2(w0706), .to(w0807));
cell3 u_cell3_0907 (.ai(ai[7]), .bi(bi[ 6]), .gi(gi[7]), .ti1(ti1[ 6]), .ti2(w0806), .to(w0907));
cell3 u_cell3_1007 (.ai(ai[7]), .bi(bi[ 5]), .gi(gi[7]), .ti1(ti1[ 5]), .ti2(w0906), .to(w1007));
cell3 u_cell3_1107 (.ai(ai[7]), .bi(bi[ 4]), .gi(gi[7]), .ti1(ti1[ 4]), .ti2(w1006), .to(w1107));
cell3 u_cell3_1207 (.ai(ai[7]), .bi(bi[ 3]), .gi(gi[7]), .ti1(ti1[ 3]), .ti2(w1106), .to(w1207));
cell3 u_cell3_1307 (.ai(ai[7]), .bi(bi[ 2]), .gi(gi[7]), .ti1(ti1[ 2]), .ti2(w1206), .to(w1307));
cell3 u_cell3_1407 (.ai(ai[7]), .bi(bi[ 1]), .gi(gi[7]), .ti1(ti1[ 1]), .ti2(w1306), .to(w1407));
cell3 u_cell3_1507 (.ai(ai[7]), .bi(bi[ 0]), .gi(gi[7]), .ti1(ti1[ 0]), .ti2(w1406), .to(w1507));
//Line 8                                                                                          
cell4 u_cell4_0008 (.ai(ai[8]), .bi(bi[15]), .gi(gi[8]), .ti1(ti1[15]), .ti2(ti2[8]), .ti3(ti3[8]), .to(w0008));
cell3 u_cell3_0108 (.ai(ai[8]), .bi(bi[14]), .gi(gi[8]), .ti1(ti1[14]), .ti2(w0007), .to(w0108));
cell3 u_cell3_0208 (.ai(ai[8]), .bi(bi[13]), .gi(gi[8]), .ti1(ti1[13]), .ti2(w0107), .to(w0208));
cell3 u_cell3_0308 (.ai(ai[8]), .bi(bi[12]), .gi(gi[8]), .ti1(ti1[12]), .ti2(w0207), .to(w0308));
cell3 u_cell3_0408 (.ai(ai[8]), .bi(bi[11]), .gi(gi[8]), .ti1(ti1[11]), .ti2(w0307), .to(w0408));
cell3 u_cell3_0508 (.ai(ai[8]), .bi(bi[10]), .gi(gi[8]), .ti1(ti1[10]), .ti2(w0407), .to(w0508));
cell3 u_cell3_0608 (.ai(ai[8]), .bi(bi[ 9]), .gi(gi[8]), .ti1(ti1[ 9]), .ti2(w0507), .to(w0608));
cell3 u_cell3_0708 (.ai(ai[8]), .bi(bi[ 8]), .gi(gi[8]), .ti1(ti1[ 8]), .ti2(w0607), .to(w0708));
cell3 u_cell3_0808 (.ai(ai[8]), .bi(bi[ 7]), .gi(gi[8]), .ti1(ti1[ 7]), .ti2(w0707), .to(w0808));
cell3 u_cell3_0908 (.ai(ai[8]), .bi(bi[ 6]), .gi(gi[8]), .ti1(ti1[ 6]), .ti2(w0807), .to(w0908));
cell3 u_cell3_1008 (.ai(ai[8]), .bi(bi[ 5]), .gi(gi[8]), .ti1(ti1[ 5]), .ti2(w0907), .to(w1008));
cell3 u_cell3_1108 (.ai(ai[8]), .bi(bi[ 4]), .gi(gi[8]), .ti1(ti1[ 4]), .ti2(w1007), .to(w1108));
cell3 u_cell3_1208 (.ai(ai[8]), .bi(bi[ 3]), .gi(gi[8]), .ti1(ti1[ 3]), .ti2(w1107), .to(w1208));
cell3 u_cell3_1308 (.ai(ai[8]), .bi(bi[ 2]), .gi(gi[8]), .ti1(ti1[ 2]), .ti2(w1207), .to(w1308));
cell3 u_cell3_1408 (.ai(ai[8]), .bi(bi[ 1]), .gi(gi[8]), .ti1(ti1[ 1]), .ti2(w1307), .to(w1408));
cell3 u_cell3_1508 (.ai(ai[8]), .bi(bi[ 0]), .gi(gi[8]), .ti1(ti1[ 0]), .ti2(w1407), .to(w1508));
//Line 9                                                                                          
cell4 u_cell4_0009 (.ai(ai[9]), .bi(bi[15]), .gi(gi[9]), .ti1(ti1[15]), .ti2(ti2[9]), .ti3(ti3[9]), .to(w0009));
cell3 u_cell3_0109 (.ai(ai[9]), .bi(bi[14]), .gi(gi[9]), .ti1(ti1[14]), .ti2(w0008), .to(w0109));
cell3 u_cell3_0209 (.ai(ai[9]), .bi(bi[13]), .gi(gi[9]), .ti1(ti1[13]), .ti2(w0108), .to(w0209));
cell3 u_cell3_0309 (.ai(ai[9]), .bi(bi[12]), .gi(gi[9]), .ti1(ti1[12]), .ti2(w0208), .to(w0309));
cell3 u_cell3_0409 (.ai(ai[9]), .bi(bi[11]), .gi(gi[9]), .ti1(ti1[11]), .ti2(w0308), .to(w0409));
cell3 u_cell3_0509 (.ai(ai[9]), .bi(bi[10]), .gi(gi[9]), .ti1(ti1[10]), .ti2(w0408), .to(w0509));
cell3 u_cell3_0609 (.ai(ai[9]), .bi(bi[ 9]), .gi(gi[9]), .ti1(ti1[ 9]), .ti2(w0508), .to(w0609));
cell3 u_cell3_0709 (.ai(ai[9]), .bi(bi[ 8]), .gi(gi[9]), .ti1(ti1[ 8]), .ti2(w0608), .to(w0709));
cell3 u_cell3_0809 (.ai(ai[9]), .bi(bi[ 7]), .gi(gi[9]), .ti1(ti1[ 7]), .ti2(w0708), .to(w0809));
cell3 u_cell3_0909 (.ai(ai[9]), .bi(bi[ 6]), .gi(gi[9]), .ti1(ti1[ 6]), .ti2(w0808), .to(w0909));
cell3 u_cell3_1009 (.ai(ai[9]), .bi(bi[ 5]), .gi(gi[9]), .ti1(ti1[ 5]), .ti2(w0908), .to(w1009));
cell3 u_cell3_1109 (.ai(ai[9]), .bi(bi[ 4]), .gi(gi[9]), .ti1(ti1[ 4]), .ti2(w1008), .to(w1109));
cell3 u_cell3_1209 (.ai(ai[9]), .bi(bi[ 3]), .gi(gi[9]), .ti1(ti1[ 3]), .ti2(w1108), .to(w1209));
cell3 u_cell3_1309 (.ai(ai[9]), .bi(bi[ 2]), .gi(gi[9]), .ti1(ti1[ 2]), .ti2(w1208), .to(w1309));
cell3 u_cell3_1409 (.ai(ai[9]), .bi(bi[ 1]), .gi(gi[9]), .ti1(ti1[ 1]), .ti2(w1308), .to(w1409));
cell3 u_cell3_1509 (.ai(ai[9]), .bi(bi[ 0]), .gi(gi[9]), .ti1(ti1[ 0]), .ti2(w1408), .to(w1509));
//Line 10                                                                                          
cell4 u_cell4_0010 (.ai(ai[10]), .bi(bi[15]), .gi(gi[10]), .ti1(ti1[15]), .ti2(ti2[10]), .ti3(ti3[10]), .to(w0010));
cell3 u_cell3_0110 (.ai(ai[10]), .bi(bi[14]), .gi(gi[10]), .ti1(ti1[14]), .ti2(w0009), .to(w0110));
cell3 u_cell3_0210 (.ai(ai[10]), .bi(bi[13]), .gi(gi[10]), .ti1(ti1[13]), .ti2(w0109), .to(w0210));
cell3 u_cell3_0310 (.ai(ai[10]), .bi(bi[12]), .gi(gi[10]), .ti1(ti1[12]), .ti2(w0209), .to(w0310));
cell3 u_cell3_0410 (.ai(ai[10]), .bi(bi[11]), .gi(gi[10]), .ti1(ti1[11]), .ti2(w0309), .to(w0410));
cell3 u_cell3_0510 (.ai(ai[10]), .bi(bi[10]), .gi(gi[10]), .ti1(ti1[10]), .ti2(w0409), .to(w0510));
cell3 u_cell3_0610 (.ai(ai[10]), .bi(bi[ 9]), .gi(gi[10]), .ti1(ti1[ 9]), .ti2(w0509), .to(w0610));
cell3 u_cell3_0710 (.ai(ai[10]), .bi(bi[ 8]), .gi(gi[10]), .ti1(ti1[ 8]), .ti2(w0609), .to(w0710));
cell3 u_cell3_0810 (.ai(ai[10]), .bi(bi[ 7]), .gi(gi[10]), .ti1(ti1[ 7]), .ti2(w0709), .to(w0810));
cell3 u_cell3_0910 (.ai(ai[10]), .bi(bi[ 6]), .gi(gi[10]), .ti1(ti1[ 6]), .ti2(w0809), .to(w0910));
cell3 u_cell3_1010 (.ai(ai[10]), .bi(bi[ 5]), .gi(gi[10]), .ti1(ti1[ 5]), .ti2(w0909), .to(w1010));
cell3 u_cell3_1110 (.ai(ai[10]), .bi(bi[ 4]), .gi(gi[10]), .ti1(ti1[ 4]), .ti2(w1009), .to(w1110));
cell3 u_cell3_1210 (.ai(ai[10]), .bi(bi[ 3]), .gi(gi[10]), .ti1(ti1[ 3]), .ti2(w1109), .to(w1210));
cell3 u_cell3_1310 (.ai(ai[10]), .bi(bi[ 2]), .gi(gi[10]), .ti1(ti1[ 2]), .ti2(w1209), .to(w1310));
cell3 u_cell3_1410 (.ai(ai[10]), .bi(bi[ 1]), .gi(gi[10]), .ti1(ti1[ 1]), .ti2(w1309), .to(w1410));
cell3 u_cell3_1510 (.ai(ai[10]), .bi(bi[ 0]), .gi(gi[10]), .ti1(ti1[ 0]), .ti2(w1409), .to(w1510));
//Line 11                                                                                          
cell4 u_cell4_0011 (.ai(ai[11]), .bi(bi[15]), .gi(gi[11]), .ti1(ti1[15]), .ti2(ti2[11]), .ti3(ti3[11]), .to(w0011));
cell3 u_cell3_0111 (.ai(ai[11]), .bi(bi[14]), .gi(gi[11]), .ti1(ti1[14]), .ti2(w0010), .to(w0111));
cell3 u_cell3_0211 (.ai(ai[11]), .bi(bi[13]), .gi(gi[11]), .ti1(ti1[13]), .ti2(w0110), .to(w0211));
cell3 u_cell3_0311 (.ai(ai[11]), .bi(bi[12]), .gi(gi[11]), .ti1(ti1[12]), .ti2(w0210), .to(w0311));
cell3 u_cell3_0411 (.ai(ai[11]), .bi(bi[11]), .gi(gi[11]), .ti1(ti1[11]), .ti2(w0310), .to(w0411));
cell3 u_cell3_0511 (.ai(ai[11]), .bi(bi[10]), .gi(gi[11]), .ti1(ti1[10]), .ti2(w0410), .to(w0511));
cell3 u_cell3_0611 (.ai(ai[11]), .bi(bi[ 9]), .gi(gi[11]), .ti1(ti1[ 9]), .ti2(w0510), .to(w0611));
cell3 u_cell3_0711 (.ai(ai[11]), .bi(bi[ 8]), .gi(gi[11]), .ti1(ti1[ 8]), .ti2(w0610), .to(w0711));
cell3 u_cell3_0811 (.ai(ai[11]), .bi(bi[ 7]), .gi(gi[11]), .ti1(ti1[ 7]), .ti2(w0710), .to(w0811));
cell3 u_cell3_0911 (.ai(ai[11]), .bi(bi[ 6]), .gi(gi[11]), .ti1(ti1[ 6]), .ti2(w0810), .to(w0911));