为了提高并行解扩的频谱效率和功率效率,提出了以内积运算为数学理论基础,以线性算子扩频、结合律并行扩频传输、分配律并行解扩为特征的IOR并行扩频传输方案,较经典并行扩频相关解扩和经典并行扩频匹配滤波解扩的频谱效率和功率效率分别提高了2096128倍和1048576倍。在8×randn(1,length(b))干扰下,并行扩频传输64比特,其100000次大样本检验结果表明统计平均误码率和标准差分别为0.0000和0.0007。%To improve the parallel despreading spectral efficiency and power efficiency, a parallel spread spectrum transmission scheme is proposed which is based on inner product operation and characterized by linear operator spreading,associative parallel spread spectrum transmission and the distributive parallel de-spreading. Compared with classical parallel spreading and relevant despreading scheme and classical parallel spreading matched filtering despreading scheme,the proposed scheme improves the spectral efficiency and power efficiency by 2 096 128 times and 1 048 576 times,respectively. In the condition of 8 × randn(1, length( b) ) interference and 64 bit parallel spread spectrum transmission,100 000 large sample test results show the statistical average error rate and the standard deviation are 0. 000 0 and 0. 000 7,respectively.
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