An Encoding and Decoding Scheme of LDPC Codes Based on Pulse Position Modulation

[1] Komulainen P and Pehkonen K. Performance evaluation ofsuper-orthogonal turbo codes in AWGN and flat Raleighfading channel[J].IEEE J. Select. Areas Commun.1998, 16(2):196-205 [2] Li Ping, Leung W K, and Wu K Y. Low-rateturbo-Hadamard codes[J].IEEE Trans. on Inform. Theory.2003, 49(12):3213-3224 [3] Yue Guosen, Li Ping, and Wang Xiaodong. Low-rategeneralized low-density parity-check codes with Hadamardconstraints. Proc. IEEE Int. Symp. Inform. Theory (ISIT),Australia, 2005: 1377-1381. [4] Yue Guosen, Li Ping, and Wang Xiaodong. Generalizedlow-density parity-check codes based on Hadamardconstraints[J].IEEE Trans. on Inform. Theory.2007, 53(3):1058-1079 [5] Zhang Hao and Gulliver T Aaron. Bi-orthogonal pulseposition modulation for time-hopping multiple access UWBcommunications[J].IEEE Trans. on Wireless Commun.2005,4(3):1154-1162 [6] Wilson Stephen G. Digital Modulation and Coding. Prentice-Hall, Inc., 1996, Section 3.3. [7] Lentmaier L and Ziganggirov K. Iterative decoding ofgeneralized low-density parity-check codes. Proc. IEEE Int.Symp. Inform. Theory (ISIT), Cambridge, 1999: 149. [8] Lentmaier M and Zigangirov K Sh. On generalizedlow-density parity-check codes based on hamming componentcodes[J].IEEE Commun. Lett.1999, 3(8):248-250 [9] Mckay D J C and Neal R M. Near Shannon limit performanceof low-density parity check codes[J].IEE Electron. Lett.1997,33(6):457-458 [10] Li Ping, Leung W K, and Phamdo Nam. Low density paritycheck codes with semi-random parity check matrix[J].IEEElectron. Lett.1999, 35(1):38-39