TPM-based frame time-shifting (TPM-FTS) linear method and TPM-based frame expanding-compressing (TPM-FEC) nonlinear method were mainly explored.
重点探索了基于时基微扰的帧时移线性去相关法(TPM -FTS)和帧伸缩非线性去相关法(TPM - FEC)。
In study two, an experiment was designed to explore the relationships among temporal frame, time personality, task cognition and task participation decision.
本文的第二个研究，通过设计情景模拟实验探索时间框架效应下时间个性、任务认知与任务参与决策间的作用关系。
Therefore, this thesis focuses on investigating the frame (time-slot) synchronization and symbol synchronization techniques based on CMMB system.
本文将对基于CMMB系统的帧(时隙)同步和符号同步技术展开研究。
Therefore, this thesis focuses on investigating the frame (time-slot) synchronization and symbol synchronization techniques based on CMMB system.
本文将对基于CMMB系统的帧(时隙)同步和符号同步技术展开研究。
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