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FlightSln
- 根据起降城市,查询到起降时间,以及航次的具体信息.-under TOL cities, inquiries that take-off and landing time, and trip-specific information.
newton method
- function p=newton(f_str,df_str,p0) tol=0.00001; f = inline(f_str); df= inline(df_str); while 1 p=p0-f(p0)/df(p0); if abs(p-p0)<tol, break; end p0=p; disp(p0); end disp(p)
TVAL3
- %TVDENOISE Total variation grayscale and color image denoising % u = TVDENOISE(f,lambda) denoises the input image f. The smaller % the parameter lambda, the stronger the denoising. % % The output u approximately minimizes the Rudin-Osher-Fatemi (ROF)
TVL1_HCS_v1
- % May 2010 % This matlab code implements TVL1 based Hybrid Compressive Sensing using LSQR. % Only suitable the small scale data due to the costly storage and computation. % % A - M x N measurement matrix: random sampling alone or hybrid sampling (ran
Extending_Anisotropic_Operators_to_Recover_Smooth_
- 采用各向异性方法 填补一个缺损的轮廓，从而可以得到一个光滑完整的轮廓。- Completed contours correspond to ridges of an extension (ext) of the characteristic function of the uncompleted curve. Anisotropic extension is performed on the characteristic function fbound of an image set
ALG021
- 解方程，具体见英文描述，给一个连续方程，解出f(x) = 0 在一定范围的解- To find a solution to f(x) = 0 given the continuous function f on the interval [a,b], where f(a) and f(b) have opposite signs: INPUT: endpoints a,b tolerance TOL maximum
ALG022
- 解方程，给出一个连续函数接f(x)=0的值，前提是给一个附近的值- FIXED-POINT ALGORITHM 2.2 To find a solution to p = g(p) given an initial approximation p0 INPUT: initial approximation p0 tolerance TOL maximum number of iterations NO.
ALG023
- NEWTON-RAPHSON求解一个连续方程，f（X）=0，前提给一个初始值- NEWTON-RAPHSON ALGORITHM 2.3 To find a solution to f(x) = 0 given an initial approximation p0: INPUT: initial approximation p0 tolerance TOL maximum n
ALG024
- SECANT法求解一个连续方程，f(x) = 0，给两个初始值- SECANT ALGORITHM 2.4 To find a solution to the equation f(x) = 0 given initial approximations p0 and p1: INPUT: initial approximation p0, p1 tolerance TOL maximum number o
ALG025
- 解方程，给出一个连续函数接f(x)=0的值，前提是给两个附近的值，且符号相反 - METHOD OF FALSE POSITION ALGORITHM 2.5 To find a solution to f(x) = 0 given the continuous function f on the interval [p0,p1], where f(p0) and f(p1) have opposite signs: INPUT
fixed_point_systems
- Fixed-point for functions of several variables -Function fixed_point_systems(x0, N) approximates the solution of a system of nonlinear equations F(x) = (f1(x), f2(x), ..., fn(x)) = 0 rewritten in the fixed-point form x = G(x) = (g1(x), g2(x), ..., gn
fixed_point
- Fixed-Point iteration-Function fixed_point(p0, N) approximates the solution of an equation f(x) = 0, rewritten in the form x = g(x), which is a sub-function the user has to enter. the call to the function fixed_point(p0, N) returns the root of the eq
RBFNN
- Three function for RBF neural network, using OLS,Rand and SGA function [newcenter,sigma,W,yh,rmse]=rbfols(p,t,tol) p 為輸入資料點，N×K矩陣，N是輸入資料維度，K是資料點數 t 為目標輸出值，1×K矩陣 tol 為指定容忍度或正確率 centers選定中心點，N×nc矩陣 sigma為 ? 值 W為輸出層權重，nc×1矩陣 y
Rombegrg
- 录入程序代码，并对该实验代码进行调试，检查程序代码中的语法和语义错误。 编写函数f（x）的代码如下： Romberg算法¨ function z=f(x) if (x~=0) z=sin(x)/x else z=1 end 备注：在实验代码中，首先输入必要的变量的值如下： a=0 b=1 tol=1e-8 待查询检查通过，开始输入执行代码 设置格式format short g查看u的值和sin（u）的值： -Inp
velocity_triangulation
- Descr iption This function finds the velocity of a 2-dimensional planar wave from at least 2 sensors, by specifying its location (x,y) or (lon,lat) and its respective arrival time. It returns the speed and direction (or tracking if coordi
newton
- 非线性方程为xe(x)括号的x为e的指数-1=0. 要求输入初值x0.和精度tol及最大循环次数N. 输出利用newton迭代法解出的近似根-Nonlinear equations for the xe (x) x as e brackets index-1 = 0. Asked to enter the initial value x0. And accuracy and the maximum number of cycles N. tol output using newton i
asymppdc
- 这是第一版的AsymPDC工具包。用来处理PDC，gPDC和iPDC有关内容。运行环境为Matlab,并且要求至少Matlab中预装了3个工具箱：控制系统，信号处理和统计工具箱。-This is the first public release of AsympPDC package. It deals with the asymptotic statistics for PDC, gPDC and iPDC. AsympPDC runs under Matlab and is a pra
bisection
- Step 1: Set i=1 FA=f(a) Step 2: while i≤ No do step 3-6. Step 3 set p=(a+b)/2 FP=f(p) Step 4 if FP<TOL or (b-a)/2<TOL then OUTPUT(p) STOP. Step 5 set i=i+1 Step 6 if FA.FP > 0 then set a=p FA=FP else set b=p. Step 7 OUTPUT (‘
bisection_new
- Step 1: Set i=1 FA=f(a) Step 2: while i≤ No do step 3-6. Step 3 set p=(a+b)/2 FP=f(p) Step 4 if FP<TOL or (b-a)/2<TOL then OUTPUT(p) STOP. prepared by Razana Alwee 24 Algorithm Step 5 set i=i+1 Step 6 if FA.FP > 0
TOLBOL
- 利用tol和bol进行多基地的定位，最后给出GDOP图(TOL and BOL are used to locate for multi base, and finally the GDOP diagram is given)