The codes are the extension of complex rotary codes from 2 dimensional space to 3 dimensional space.
GICR码是复数旋转码从二维空间到三维空间的推广。
Based on the interlace and concatenation, a new class of error-correcting codes over two-dimension, RS-Complex Rotary Codes, is proposed.
针对双向监督复转码的原译码算法会产生错纠信息元的情况，提出了新的改进算法。
It presents a new scheme of combining complex-rotary codes and layered space-time code to improve the performance of systems based on the lack of encoding plus of layered space-time code.
针对分层空时编码技术缺少编码增益的问题，提出了将复数旋转码与分层空时编码技术相结合来提高系统的性能。
It presents a new scheme of combining complex-rotary codes and layered space-time code to improve the performance of systems based on the lack of encoding plus of layered space-time code.
针对分层空时编码技术缺少编码增益的问题，提出了将复数旋转码与分层空时编码技术相结合来提高系统的性能。
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