At last, the fuzzy multi-model coordinated control system which USES multi-variable inner model controller as the local controller has been designed.
最后，设计了以多变量内模控制器作为局部模型控制器的模糊多模型协调控制系统。
This model relies on the premise that human behavior is brought about by inner forces over which the individual has little control.
这种模型所依赖的前提在于人的行为是由个人难以控制的内在力量所引起。
Introduced the outer role, inner role and basic role, the model can not only realize Discretionary Access Control but also the Mandatory Access Control. In addition, it can facilitate the management.
引入了外部角色、内部角色和基本角色，使得该模型可以同时实现自主访问控制和强制访问控制，而且也方便了管理。
So beneath this security attacking model of inner-mesh, we have to get more special security control management for all the component points and participants.
因此，在这样的一个模型下，必须对内网中所有实体对象进行更加全面、颗粒度更小的安全管理以及控制。
The basic principle of AEFCC system that included inner-ring CAR model, outer-ring AR model, optimization forecasting law and minimum deviation adaptive control principle were discussed in this paper.
该文阐述了AEFCC系统的基本原理，包括内环CAR模型、外环AR模型、最优预报律和最小方差自适应控制律。
Methods Male rats were randomly divided into control, gout and TCM groups. Gout model was prepared by injecting the inner ankle arthrosis of rats leg with uric acid salt.
方法用尿酸盐注入大鼠后肢的内踝关节，制备大鼠痛风模型，观察中药对大鼠病风模型内踝关节炎症的防治作用。
Methods Male rats were randomly divided into control, gout and TCM groups. Gout model was prepared by injecting the inner ankle arthrosis of rats leg with uric acid salt.
方法用尿酸盐注入大鼠后肢的内踝关节，制备大鼠痛风模型，观察中药对大鼠病风模型内踝关节炎症的防治作用。
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