- 参数失配
- parameter: n. 1.【数学】参数，变数；参词；参项。 2.【物理学 ...
- mismatch: vt. 配错，使不适当地配合。 n. 错配；不适当的婚姻 ...
- mismatch parameter: 失配参数
- mismatch: vt. 配错，使不适当地配合。 n. 错配；不适当的婚姻。
- acoustic mismatch: 声失配
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parameter mismatch中文什么意思
- 参数失配
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例句与用法
- ( 2 ) using the method of parameter identification in literature [ 117 - 118 ] , selecting gain function : giving the initial value of the parameter observer from the time serial of output variables of the system , the numerical simulation result shows that the parameter observer proposed in this paper can identify the unknown parameters of the system quickly and exactly no matter if the parameters keep invariable or change in some rule , and the identifying speed is faster than the method in [ 117 - 118 ] , when the unknown parameters are being identified , vith parameter compensator , it can synchronizes two hyperchaotic systems completely even if some parameters mismatch
( 2 )采用文献[ 117 - 118 ]提出的参数辨识方法，通过选取更一般的增益函数： l _ i ( x _ i ) = kx _ ii = 1 , 2 , 3并根据系统输出变量的时间序列给出参数观测器的初始值来进行参数辨识，数值模拟结果表明：采用本文的参数观测器，在系统参数固定或变化的情况下，都可对系统未知参数实现快速高精度辨识，辨识的速度快于文献[ 117 - 118 ]提出的方法；在辨识参数的同时，结合参数补偿器，使两个参数不匹配的超混沌系统同步。 - Abstract : in this paper , we study the synchronization approach for hyperchaos system of 4th - order cellular neural network analyze its pefforraance in the presence of parameter mismatch and channel noise , and propose a design method for a spread - spectrum secure communication system based on hyperchaos of cellular neural network
文摘:研究了四阶细胞神经网络超混沌系统同步方法，分析了系统存在参数失配和信道噪声时的同步性能，提出了一种基于细胞神经网络超混沌同步系统的扩展频谱保密通信设计方法。 - The heteroepitaxial growth of 3c - sic on si substrate not only unfurls the maturity of si process , but also incarnates the excellence of 3c - sic , so that it become for long researchful direction . due to the large lattice parameter mismatch ( ~ 20 % ) and the large thermal expansion coefficient mismatch ( ~ 8 % ) , however , the 3c - sic / si study is very difficult
然而,由于3c - sic与si之间存在较大的晶格失配度(约20 % )和热膨胀系数差异(约8 % ) ,因此, 3c - sic / si异质外延薄膜的制备非常困难,仍存在许多技术问题需要克服。 - High quality epitaxial sto / ybco multilayers can be fabricated due to their similar crystal structure and small lattice parameters mismatch . the filter made from sto / ybco thin films shows high tunable speed , low microwave loss and high power handling capability . so sto / ybco multilayers have attracted much interests for electronically tunable filter in the last decade
因此,利用高质量sto / ybco外延薄膜研制的滤波器具有响应速度快、微波损耗低、调谐范围大、承载功率高等优点,是一种极具竞争力的电调滤波器技术方案,也是当前的研究热点和开发重点。