重构系统 meaning in Chinese
reconfiguration system
reconstructed system
Examples
- However some states may not be measurable , in which case an observer is necessary to reconstruct the state from input and output variables . a static gain observer f or strict feedback system is provided
基于状态反馈的控制器要求所有的状态可以获得，但实际过程中由于成本和技术等原因只有部分状态可测时，必须考虑设计状态观测器，从系统输出和输入数据来重构系统状态。 - Firstly , mems fabrication technology was introduced , ant then some general process geometry model , such as base structure created , deposit , etching , photolithography and bond , was built . then the identifiable process data model was got
本文首先介绍了mems加工技术，并对常用加工工艺：基体创建，沉积，光刻，刻蚀以及键合进行几何建模，得到能够被三维重构系统识别的数据模型。 - This paper introduced that how resynthesize the neural firing rate by correlogram inversion , how resume the lost information by half wave rectification inversion . and a solution of speech enhancement based on masking properties of human auditory is proposed and implemented , we can not only analyse and resynthesize speech signal , but also analyse and resynthesize speech signal in noisy entironment with the system
介绍了如何从信号的自相关图谱中逆变换中得到信号的神经发放率函数，怎样从信号的半波整流逆变换中恢复丢失的信息等等。又根据听觉生理特点提出了抗噪声方案，使我们的语音分析重构系统不仅可以对无噪信号进行重构，而且还可以在噪声环境下的语音信号进行重构。 - The nonlinear mathematical model for the inverter induction motor system is set up taking the effect of the dead time of the inverter into consideration . based on the phase - space reconstructed theory of the chaotic kinetics , the nonlinear time lag method is used to determine the way to chaos , the attractors are reconstructed from steady state to chaotic state , and the essential characteristics of chaos are clarified
推导并建立了计及死区时间的逆变器-异步电动机系统数学模型，根据混沌动力学相空间重构理论，采用非线性系统时滞方法，研究系统通往混沌的途径，重构系统稳态至混沌的吸引子，阐明系统混沌运动的基本特点。 - The system mainly includes four subsystems : data collection and procession , surface reconstruction , 3 - d modeling and cam system ; two interfaces : the data in - out interfaces for surface reconstruction and manufacture system . it ' s been proved by the practice that this system is advanced and could been used in industry
该系统主要包括四个子系统：数据采集及处理系统、曲面重构系统、三维建模系统及cam子系统，具有两个接口：曲面重构数据输入输出接口、制造系统数据输入输出接口。