重叠时间部门 multiplexing (OvTDM ) 是有高光谱效率和低阀值 signal-to-noise 比率(SNR ) 的传播计划的一种新类型。在这篇文章, OvTDM 的结构被介绍,复杂领域的译码范围的算法为 OvTDM 被建议。模拟证明建议算法能完成作为与传统的最大的可能性的顺序解调(MLSD ) 或 viterbi 算法(VA ) 相比与更低的复杂性译码的最大的可能性的(ML ) 。
Overlapped time division multiplexing (OvTDM) is a new type of transmission scheme with high spectrum efficiency and low threshold signal-to-noise ratio (SNR). In this article, the structure of OvTDM is introduced and the sphere-decoding algorithm of complex domain is proposed for OvTDM. Simulations demonstrate that the proposed algorithm can achieve maximum likelihood (ML) decoding with lower complexity as compared to traditional maximum likelihood sequence demodulation (MLSD) or viterbi algorithm (VA).