Assume your id is ab-cdefg-h. convert each digit of b, c, d, e, f, and g into 4-bit binary data units in that order. convert this 24-bit binary bit stream into digital signal using the following line coding methods. show your signals very clearly. signals without proper scaling and markers will not get any marks. also find out required average bandwidth (bw) for each of these methods given the data rate (n) is (e + f + g + h) kbps. also comment on how much these methods experience baseline wandering and dc component problem, and if they provide auto synchronization. a) bipolar ami b) polar nrz-l c) polar differential manchester d) 2b1q e) mlt-3 example bit stream and data rate: bit stream: if your id is 19-34587-2 then b=9= (1 001)2, c = 3=(0 0 1 1)2, d = 4 = (01 0 0)2, e 5 (0 1 0 1)2, f=8= (1 0 0 0)2, and g=7= (01 1 1)2. so, your 24-bit binary bit stream is: 1 0 0 1 00110100010110 000111 data rate: n = (e+f+g+ h) kbps = (5+6+7+2) kbps = 20 kbps