CAJ | 학술논문

通过对光通信系统的发展趋势和级联码的理论进行分析后,对光通信系统中传统级联码、并行型级联码和交织型级联码三种级联码的性能进行了深入研究。通过理论分析与仿真结果表明：传统级联码冗余度过大,并行型级联码的译码实现过于复杂,而交织型级联码是一种纠错性能优良、冗余度适中、易于实现的码型,更适用于光通信系统。
통과대광통신계통적발전추세화급련마적이론진행분석후,대광통신계통중전통급련마、병행형급련마화교직형급련마삼충급련마적성능진행료심입연구。통과이론분석여방진결과표명：전통급련마용여도과대,병행형급련마적역마실현과우복잡,이교직형급련마시일충규착성능우량、용여도괄중、역우실현적마형,경괄용우광통신계통。
The performances of the three concatenated codes of the traditional type,the parallel type and the interleaved type for optical communication systems are deeply studied after the development trend of optical communication systems and the theory of the concatenated code are analyzed.The theoretical analyses and simulation results show that the inner-outer concatenated code has the greater redundancy and the decoding of the parallel concatenated code are too complex,however,the interleaved type concatenated codes are a superior coding scheme with the advantages such as the better error correction performance,moderate redundancy and easy implementation,therefore,it can better suitable for optical communication systems.