Describes the basic principle and algorithm of LDPC and BPSK modulation




File list:
LDPC
...\awgn.m
...\awgn2.m
...\bingen.asv
...\bingen.m
...\bpsk.m
...\cobalegend.m
...\cobaLooping.asv
...\cobasemua.asv
...\cobasemua.m
...\decodeBitFlip.asv
...\decodeBitFlip.m
...\decodeBitFlip2.asv
...\decodeBitFlip2.m
...\decodeLogDomain.m
...\decodeLogDomainSimple.m
...\decodeProbDomain.m
...\decode_ldpc.m
...\decode_ldpc_log.m
...\decode_ldpc_sum.m
...\demodulation.m
...\ds_demod.asv
...\ds_demod.m
...\ds_mod.asv
...\ds_mod.m
...\enco1_2.asv
...\enco1_2.m
...\extract_mesg.m
...\final32.asv
...\final32.m
...\finalcdma.asv
...\FinalCdma.m
...\finalku.asv
...\FinalLdpc.asv
...\FinalLdpc.m
...\FinalLdpcBer.asv
...\FinalLdpcBer.m
...\FinalLdpcBer.rar
...\FinalLdpcBer1.asv
...\FinalLdpcBer1.m
...\finalldpccdma.asv
...\FinalLdpcCdma.m
...\gen_ldpc.m
...\gflineq.m
...\gold.m
...\hasil iterasi.asv
...\hasil iterasi.m
...\inv_GF2.m
...\jakes_fading.m
...\ldpcBER.asv
...\ldpcBER.m
...\ldpccdma.asv
...\makeLdpc.m
...\makeParityChk.m
...\modulation.m
...\mul_GF2.m
...\m_seq.m
...\plot fadingawgn.asv
...\plot fadingawgn.m
...\PlotBitFlip.asv
...\plotBitFlip.fig
...\PlotBitFlip.m
...\PlotSumProduct.asv
...\plotSumProduct.fig
...\PlotSumProduct.m
...\rearrange_cols.m
...\reorder_bits.m
...\rref_GF2.m
...\rshift.m
...\sumproduct.fig
...\untitled.fig
...\Untitled2.asv
...\Untitled2.m