Taylor+Linear 源代码

function x = diff(x) % Differentiate Taylor series. % [x_0, x_1, ..., x_p] becomes [x_1, 2*x_2, ..., p*x_p, 0] [m,n,p1] = size(…

syms x; y='1/(x^2+4*x+3)*sin(x)'; y1= diff(y,x) latex(y1) ccode(y1) y2=int(y1,x) y2=simple(y2) syms a b; y3=int(y1,…

x0=-2*pi:0.01:2*pi; y0=sin(x0); syms x; y=sin(x); plot(x0,y0), axis([-2*pi,2*pi,-1.5,1.5]); hold on for n=[8:2:16] …

x0=0:.1:1; y0=(x0.^2-3*x0+5).*exp(-5*x0).*sin(x0); p3=polyfit(x0,y0,3); vpa(poly2sym(p3),10) % 可以如下显示多项式 x=0:.01:1; ya=(x.^2-3…

syms x; c=taylor(exp(-2*x),10); c=sym2poly(c); c=c(end:-1:1); x=0:0.01:8; nd=[3:7]; xx=[0,2,2+eps,8]; yy=[0,0,1,1]; plot(xx,yy); …

function X = Fusion2(chan, Taylor) %%本程序实现第二层数据融合，采用贝叶斯推论 % - 参数chan是一i行，2列的矩阵,每1行是【x,y】定位坐标（其中i为定位次数CalNum） % …

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Fig 3.29(b) % Taylor & Chebychev beampatter…

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Fig 4.46 % Comparative Beampatterns of Taylor and Taper we…

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Fig 3.29(b) % Taylor & Chebychev beampatter…

% 本程序实现测试、比较无线定位算法 % 参数说明： % 移动台初始位置由MSPosition给出 % 输出移动台的估计位置。 % 比较各个算法的RMSE、CRLB、GDOP % 比较各个算…