A new hybrid learning algorithm was proposed to train the fuzzy neural network based on TSK fuzzy model. Firstly, fuzzy c-means algorithm was applied to initialize the parameters of the fuzzy neural network.

The TSK fuzzy model is identified based on the SVM and the recursive least square method, and membership function parameters are optimized with the genetic algorithm so that identification error is minimized.

基于支持向量机和递推最小二乘法，辨识出TSK模糊模型，并且通过遗传算法优化隶属度函数参数，最小化辨识误差。

Based on the support vector machine ( SVM) identification and the control for TSK fuzzy model of the nonlinear system are studied. Linear control theory can be used to control nonlinear system using the TSK model.

研究非线性系统TSK模糊模型的辨识与控制，利用TSK模型，可以将线性控制理论应用于非线性系统控制。

To the problem of multi-constraint and multi-target optimization in learning fuzzy model, TSK fuzzy model is decomposed of twain different species. The method of learning the model by cooperative coevolution is proposed.

针对TSK模糊模型的学习是多约束和多目标优化问题，提出将TSK模糊模型分解为两类不同的种群，协作共同进化的模型学习方法。

TSK fuzzy modeling approach based on entropy criteria is presented in this paper.

提出了一种基于熵准则函数的TSK模糊系统建模方法。

Improved Fuzzy Counter Propagation Neural Network Based on TSK Fuzzy System

基于TSK模糊系统的模糊对向传播神经网络

The evolutional learning method is introduced to train the parameters of the Visual TSK fuzzy system.

通过引入进化学习方法提出了视觉TSK模糊系统新的进化学习训练算法。

An Improved Fuzzy Reasoning Algorithm Based on TSK Model

基于TSK模型的模糊推理改进算法

Method of learning TSK fuzzy model by cooperative coevolution

TSK模糊模型的协同进化学习方法

Structure Design of TSK network: an Local Recurrent Network Based on Quadric Operation

TSK网络结构设计：一个基于二阶运算的局部反馈网络

TSK fuzzy model is obtained by the mathematical nonlinear part of helicopter, then TSK fuzzy controller is designed.

直升机数学模型中线性部分设计状态反馈控制器非线性部分先求TSK模糊模型，然后设计TSK模糊控制器。

With all the knowledge you have now? Tsk.

带着你的知识回去。

Immediately after the point introduced a new central fuzzy system CTSK ( Central TSK Fuzzy System) is introduced.

接着引入并详细分析推导了一种新的TSK模糊系统CTSK（Central TSK Fuzzy System）。

TSK Fuzzy Control of Helicopter

直升机的TSK模糊控制

Identification and Control for TSK Fuzzy Model Based on SVM

基于支持向量机的TSK模糊模型辨识与控制

Biochemical variable estimation model based on TSK fuzzy system

基于TSK模糊系统的生化变量预估模型

TSK Fuzzy Systems Based on Fuzzy Partition and Support Vector Machines

基于模糊划分和支持向量机的TSK模糊系统

Inhibition of Nonenzymatic Glycation in Renal Tissue of Diabetic Rats by TSK

糖肾康对糖尿病大鼠肾组织非酶糖化的抑制作用及机制

The Leonids are minute dust particles shed by Comet Tempel-Tuttle.

狮子座流星是由坦普尔·塔特尔彗星释放的微小尘粒构成。

It occurs when Earth crosses the orbital path of Comet Tempel-Tuttle, which, like all comets, litters its orbit with bits of debris. It's when this comet debris enters Earth's atmosphere, and vaporizes, that we see the Leonid meteor shower.

此时地球与坦普尔塔特尔彗星轨道相交，该彗星轨道的碎片进入地球的轨道，与大气层摩擦，最后燃烧蒸发，这样我们就看到了狮子座的流星雨。

The recent return of Comet 55P/ Tempel-Tuttle in 1998 has push not only observational activities on the Leonid meteor shower, but also the research and verification about its prediction.

1998年Tempel－Tuttle慧星的回归，再度带来了狮子座流星雨的观测热，也大大促进了对狮子座流星雨预报工作的研究与验证。