高强，张君，郑确．基于自适应最小均方误差算法实现10 kV电力线通信的噪声对消[J]．电网技术，2009，33(18)：204-208．Gao Qiang，Zhang Jun，Zheng Que．Implementing noise cancellation of 10kV power line communication based on adaptive least-mean-square error algorithm[J]．Power System Technology，2009，33(18)：204-208(in Chinese)．
[2]
蔡伟，乐健，刘开培，等．基于信息节点的智能配电网中压电力线通信信道建模方法[J]．中国电机工程学报，2012，32(28)：150-156．Cai Wei，Le Jian，Liu Kaipei，et al．A channel modeling technology for the medium-voltage power-line carrier in smart power distribution grid[J]．Proceedings of the CSEE，2012，32(28)：150-156(in Chinese)．
[3]
戚佳金，陈雪萍，刘晓胜．低压电力线载波通信技术研究进展[J]．电网技术，2010，34(5)：161-172．Qi Jiajin，Chen Xueping，Liu Xiaosheng．Advances of research on low-voltage power line carrier communication technology[J]．Power System Technology，2010，34(5)：161-172(in Chinese)．
[4]
Sabbaghian M，Kwak Y，Smida B，et al．Near Shannon limit and low peak to average power ratio turbo block coded OFDM[J]．IEEE Transactions on Communications，2011，59(8)：2042-2045.
PRIME Project．Technology whitepaper： PHY，MAC and convergence layers．PRIME[EB/OL]．2008-07[2013-12]．http://www.prime-alliance.org/up-content/uploads/2013/03/MAC_Spec_white_paper_1_0_080721.pdf．
[7]
Shongwe T，Vinck A J H．Interleaving and nulling to combat narrow-band interference in PLC standard technologies PLC G3 and PRIME[C]//17th IEEE International Symposium on Power Line Communications and Its Applications(ISPLC)．IEEE，2013：258-262．
[8]
Gruner A，Huber M．New combinatorial construction techniques for low-density parity-check codes and systematic repeat-accumulate codes[J]．IEEE Transactions on Communications，2012，60(9)：2387-2395．
[9]
Johnson S，Lechner G．Spatially coupled repeat-accumulate codes[J]．IEEE Communications Letters，2013，17(2)：373-376．
[10]
Niu K，Chen K．Hybrid coding scheme based on repeat-accumulate and polar codes[J]．Electronics Letters，2012，48(20)：1273-1274．
[11]
Abbasfar A，Divsalar D，Yao K．Accumulate-repeat-accumulate codes[J]．IEEE Transactions on Communications，2007，55(4)： 692-702．
[12]
刘星成，叶远生．系统RA码的基于WBF策略的改进BP译码算法[J]．电子学报，2010，38(7)：1541-1546．Liu Xingcheng，Ye Yuansheng．An improved BP decoding algorithm based on WBF scheme for systematic RA codes[J]．Acta Electronica Sinica，2010，38(7)：1541-1546(in Chinese)．
[13]
Chen J，Fossorier M P．IEEE density evolution for two improved BP-based decoding algorithms of LDPC codes[J]．IEEE Communications Letters，2002，6(5)：208-210．
[14]
刘海涛，张保会，谭伦农．低压电网500kHz-10MHz频段噪声特性研究及信道容量估算[J]．电网技术，2004，28(3)：69-73．Liu Haitao，Zhang Baohui，Tan Lunnong．Study on noise characteristics of low voltage power networks in frequency region from 500kHz to 10MHz and estimation of channel capacity[J]．Power System Technology，2004，28(3)：69-73(in Chinese)．
[15]
刘姜涛，刘震宇，应黎明，等．基于广义FIR滤波器的电力设备有源噪声控制[J]．电网技术，2012，36(6)：250-255．Liu Jiangtao，Liu Zhenyu，Ying Liming，et al．Active noise control of power equipments based on generalized finite impulse response filter[J]．Power System Technology，2012，36(6)：250-255(in Chinese)．
[16]
Banelli P．Bayesian estimation of a Gaussian source in Middleton's class-A impulsive noise[J]．IEEE Signal Processing Letters，2013，20(10)：956-959．
[17]
Wiklundh K C，Stenumgaard P F，Tullberg H M．Channel capacity of Middleton's class A interference channel[J]．Electronics Letters，2009，45(24)：1227-1229．
[18]
Savoia R，Verde F．Performance analysis of distributed space-time block coding schemes in Middleton class A noise[J]．IEEE Transactions on Vehicular Technology，2013，62(6)：2579-2595．
