In a word, TDCS is a spectrum agile and broadband Code Division Multiple Access (CDMA) technology.
总而言之，TDCS是一种具有频谱自适应能力的宽带码分多址系统。
With the continuous rise of train operation speed, railway transportation rendered higher demand for TDCS.
随着我国列车运行速度的不断提高，铁路运输对行车调度指挥系统提出更高的要求。
After accepting a grammar of some language and its translation rules, TDCS can directly form a translator for the given language.
这种系统采纳了某种语言语法和某些翻译规则后，它就能构造出这种语言的翻译器。
In addition, an application scenario of OFDM-based TDCS, signalling exchange in the cognitive radio context, is proposed in this paper.
此外，本文提出了基于OFDM的TDCS的一种应用场景-认知无线电中的信令交换。
TDCS can lead to reversible shifts in cortical excitability and has the potential to interfere in these abnormal pathophysiological processes.
TDCS能在大脑皮层产生可逆性的兴奋并且有具有干涉异常的病理生理过程的潜能。
The maintenance of the base level network of train dispatch command system, for short, TDCS, is the foundation of the maintenance of the system.
铁路列车调度指挥系统简称TDCS。其基层网的维护是TDCS系统维护的基础。
The signalling transmission candidate requirements are also discussed, and OFDM-based TDCS is proposed as a promising candidate for the signalling transmission.
最后对信令传输机制的选择作出了分析，提出使用基于OFDM的TDCS作为该信令机制的传输方案。
According to the concept of MG in ADS system, each VLAN is a MG of data field of railway administration TDCS, complete different types of information processing and management.
按照自律分散系统多波组的概念将每个VLAN作为局级TDCS系统数据域的一个多播组，可以完成不同类型信息的处理及管理。
Single user and multi-user BER performances of interleaved OFDM-based TDCS are also investigated in the AWGN channel. The approximate BER formula and BER lower bound formula are derived.
根据基于交织OFDM的TDCS模型，本文接着分析了其在AWGN信道中，单用户和多用户情况下的BER性能，得到了近似的BER公式。
He adds that future studies could combine TDCS with imaging techniques to confirm the authors' speculation that the cells' excitability helps build the networks that result in synesthesia.
他还说，将来的研究会将TDCS和成像技术结合起来，从而巩固作者的推测，即脑细胞的兴奋性构建了神经网络，导致了联觉。
He adds that future studies could combine TDCS with imaging techniques to confirm the authors' speculation that the cells' excitability helps build the networks that result in synesthesia.
他还说，将来的研究会将TDCS和成像技术结合起来，从而巩固作者的推测，即脑细胞的兴奋性构建了神经网络，导致了联觉。
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