The main work of this thesis is realizing the control and transfer of the multi-FDC (Floppy Disk Controller).
本文的主要工作是实现了多软驱的控制与信息传输。
The UPFC power frequency model with its main and supplementary control block diagrams and the formulation for FDC parameter optimization are presented.
建立了UPFC的频域模型，给出了主控制和辅助控制的框图，推导了模糊阻尼控制器参数优化的公式。
Conclusion: Human follicular dendritic cells can increase HIV infection in lymphocytes and the possible related mechanism is that FDC may promote HIV replication in lymphocytes.
结论：人类滤泡树突状细胞能够增强HIV在淋巴细胞中的感染，其相关机制为FDC可促进HIV在淋巴细胞内的复制。
Conclusion: Human follicular dendritic cells can increase HIV infection in lymphocytes and the possible related mechanism is that FDC may promote HIV replication in lymphocytes.
结论：人类滤泡树突状细胞能够增强HIV在淋巴细胞中的感染，其相关机制为FDC可促进HIV在淋巴细胞内的复制。
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