In this paper , complex nonlinear systems are researched . using fuzzy adaptive technique , this paper discusses the stability problem and the reconfigurable control problem of the complex nonlinear systems 本文以复杂非线性系统为研究对象,采用模糊自适应技术讨论了复杂非线性系统的稳定性问题和重构控制问题。
At the end of the article , the article summarizes the whole systems to review , combine of the future generation network ( ipv6 ) qos research , and explains how is current situation to realize monitoring system with adaptive technique to go on 在文章的最后,文章对整个系统进行了总结回顾,并结合下一代网络ipv6的qos研究现状如何对实现监控系统实现自适应技术进行了展望。
The problem is treated as one of blind source separation ( bss ) , which can be performed by techniques such as independent component analysis ( ica ) . in this thesis , a data - adaptive technique very similar to ica called snmf ( non - negative 传统的解决这个问题的方法是用多个麦克风,在不同的位置上得到这段混合的声音信号,以便获取足够的、相对独立的信息来分离出源声音信号。
Thereafter , the article is utilized on the basis of congested mstfp that based on the congested control of tfrc , with the buffer control we put forward design plan of adaptive technique , and finish the demonstration of the adaptive technique through the test datum that acquired from the scheme that is built up in the lab 其后,文章利用基于tfrc拥塞控制的mstfp (流媒体tcp兼容协议)和缓冲管理提出了流媒体网络传输自适应技术的设计方案及实现,并通过在实验室架构网络测试方案,获得数据完成对自适应技术的论证。
According to the characters of the power harmonic , a kind of self - adaptive harmonic detection method based on in - phase correlation filtering is presented , which is clear and concise in thinking . by this method the low - pass filter can be designed easily , and by using the multiresolution and self - adaptive technique the difficulties of harmonic detection with low variable fundamental frequency and no voltage reference are worked out , which contributes much to the implementation of harmonic suppression 该方法思路清晰、简洁,并能方便有源滤波器( apf )中低通滤波器设计,同时采用多分辨率和自适应滤波方法,解决了基波频率低且变化、无明显电压基准可寻的复杂供电系统谐波检测的难题,为谐波抑制的实施奠定了基础。