▍1. 小波分形技术在齿轮故障诊断中的应用
基于MATLAB和LABVIEW的很好的小波分形的算法,参考(Application of Wavelet)
基于MATLAB和LABVIEW的很好的小波分形的算法,参考(Application of Wavelet)
密歇根大学Ajay Raghavan博士的博士论文《基于Guided-wave的结构健康监测》(Doctoral Dissertation of Ajay Raghavan, University of Michigan, "structural health monitoring based on Guided-wave")
主要是一篇关于Method of control of machining accuracy of low-rigidity elastic-deformable shafts的文章,可以进行下载(It is mainly about Method of control of machining accuracy of low-rigidity. Elastic-deformable shafts article can be downloaded.)
H无穷控制针对马尔科夫调变系统的非脆弱控制研究。(This paper gives attention to the issue of nonfragile state estimation for a class of Markov jump systems with repeated scalar nonlinearities and redundant channels.)
《统计学习方法》,机器学习入门参考书,北航出版社,讲解通俗易懂(Statistical learning method, a reference book for machine learning)
映瀚通IR615路由器的产品规格书 映瀚通IR615路由器的产品规格书(inhand Product specification of a router)
对于光伏组件数学建模与求解,主要应用的拟牛顿法求解光伏组件5参数模型(For mathematical modeling and solving of photovoltaic module, the quasi Newton method is used to solve the 5 parameter model of photovoltaic module.)
介绍了一种基于DSP 的高频感应加热电源。现以MOSFET为开关器件,并通过逆变器并联扩容为60kW/300kHz。采用多重斩波技术,增大了斩波电路的容量,将基于DSP 的fuzzy-DPLL 复合数字锁相环技术应用在高频场合,使锁相有快速的动态性能和高精度的稳态性能,实现了对负载频率的可靠跟踪及对逆变状态的可靠控制,提高了逆变器 的工作效率和功率因数。(A high frequency induction heating power supply based on DSP. MOSFET is now used as a switch device, and the capacity of 60kW/300kHz is expanded in parallel through the inverter.Using multiple chopping technology, the capacity of chopper circuit is increased, and the fuzzy-DPLL composite digital phase locked loop technology based on DSP is applied to the high frequency situation, so that the lock is locked.It has fast dynamic performance and high precision steady state performance. It achieves reliable tracking of load frequency and reliable control of inverter state, and improves inverter.Working efficiency and power factor.)
有关深度学习基础算法和相关数学原理的介绍,由浅入深,内容详实。(Deep learning algorithms and mathematical principle introduction.)
CDMA通信系统中的扩频码,跳频码,信号分选,参数估计,调制识别(Spread code in CDMA communication system, frequency hopping code, signal sorting, parameter estimation, modulation recognition)
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超音频串联谐振式感应加热电源为研究对象,应用锁相环和PID 技术,采用数字信号处理器(DSP)和复杂可编程逻辑器件(CPLD)联合控制的数字化技术实现感应加热电源的频率跟踪和0°~180° 自由移相调功,为感应加热电源系统的数字化、信息化、柔性化、智能化控制提供了优质、可靠的技术基础。(Superaudio series resonant induction heating power supply as the research object, the application of PLL and PID technology, using digital signal processor (DSP) and complex programmable logic device (CPLD) to achieve frequency tracking of induction heating power supply and 0 degrees to 180 degrees of freedom PS-PWM digital technology combined control for induction heating power supply system. Digital information, flexible and intelligent control to provide high-quality and reliable technical basis.)