ejcf

余弦分析采用最小二乘法，以适应一个正弦波的时间序列。余弦分析通常用于生物时间序列分析，演示predictible的节奏。这种方法可用于一个不平等的间隔时间序列。(Cosinor analysis uses the least squares method to fit a sine wave to a time series. Cosinor analysis is often used in the analysis of biologic time series that demonstrate predictible rhythms. This method can be used with an unequally spaced time series.)

用MATLAB实现感知器算法，智能优化实验(Perceptron Algorithm with MATLAB implementation, intelligent optimization experiments)

曹梦龙 仿真大实验 有simulink图 有图形(Caomeng Long simulink simulation experiment in a graphical map with)

优化 c++ Matlab 平面机构轨迹综合及其计算机辅助创新设计方法研究 资料(Optimize c++ Matlab :path synthesis of planar mechanisms and innovative computer-aided design method)

汽车改进型ABS仿真程序，用于分析装备ABS后汽车的动力学性能，需要与carsim进行联合仿真。(The car improved the ABS simulation program used to analyze the dynamics of the car after the equipment ABS performance, co-simulation with carsim.)

永磁无刷直流电机matlab/simulink模型及相关代码，使用了模糊控制对电机进行了调速。(Permanent magnet brushless DC motor matlab/simulink models and related code, the use of fuzzy control of the motor speed.)

回声信道模型,双通道,无法正确识别的情况.(Echo channel model, dual-channel, can not correctly identify the situation.)

说明：  是关于对角LDA算法的matlab代码，包含对角化代码和对角化LDA代码(Is a diagonal LDA algorithm on matlab code, including code and diagonalization Diagonalization LDA code)

对阵列进行二维谱分析时使用, 用于信号估计,阵更信号处理(Spectral analysis of two-dimensional array used for signal estimation, array signal processing is more)

A 4 bit twisted ring counter is a sequential circuit which produces the following sequence of output values: 0000, 1000, 1100, 1110, 1111, 0111, 0011, 0001 and then repeats. Design a circuit for a 4 bit twisted ring counter that uses four D flip flops. Draw a state transition diagram, a state table and a schematic for your circuit. Design an alternate implementation using just three flip flops and draw a state transition diagram, state table and a schematic for your circuit. If your designs are extended to implement an n bit twisted ring counter, how many flip flops are required using each of the two approaches. In what situations would you prefer the first method? In what situations would you prefer the second?