In part three , educed an equation of the nonlinear dynamic equation of complex map and designed a kind of digital circuit used to spread spectrum sequence 第三部分推导并建立一个复合映射动力学方程产生扩频序列构造数字化电路模块。
At the same time , complex mappings between models and design functions are difficult to understand and , in practice , impossible to maintain as the design changes 同时,模型与功能设计之间复杂的对应关系会变得难于理解,并且当设计变化的时候,它们将很难维护。
Then , more complex mappings are explained , which depend on the operation style document or rpc , encoding mechanism used literal or encoded , type simple or complex of parameter , and number of parameters 然后,我们解释更复杂的映射,它们依赖于操作方式(文档还是rpc ) 、使用的编码机制(文字还是编码) 、参数的类型(简单还是复杂) 、以及参数的数量。
The mapping between each cellular in cellular automata is very simple , however , the whole cellular automata can express very complex mapping because of the enormous number of cellulares , hence it is more suitable for complex data mining 对于每一个单元的映射规则十分简单,但是由于它的单元数量大,使它在宏观上能实现极为复杂的变化,因此更适合于复杂的数据挖掘。
There are mainly four parts about control synchronization of hyperchaos and their application in this paper : optic systems is modulated with electronic parameters , the unit of function circuit is applied to construct circuit system , educed a equation of the nonlinear dynamics of complex map and designed a kind of digital circuit used to spread spectrum sequence and application experiment of secure communication system 全文内容主要包括四个主要研究方面:电参数调制光学系统,形成超混沌控制和同步;单元功能电路法构造超混沌电路实现超混沌控制和同步;推导复合映射动力学方程产生扩频序列构造数字化电路模块;利用超混沌动力学系统展开保密通信实验应用研究。