代码搜索:solving

找到约 630 项符合「solving」的源代码

代码结果 630
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texi roots.texi

@cindex root finding @cindex zero finding @cindex finding roots @cindex finding zeros @cindex roots @cindex solving a nonlinear equation @cindex nonlinear equation, solutions of This chapter describe
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txt 使用说明.txt

MATPOWER is a package of Matlab M-files for solving power flow and optimal power flow problems. It is intended as a simulation tool for researchers and educators that is easy to use and modify. MAT
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m solvespeed.m

function solveSpeed % solveSpeed Measure elapsed time and flop rate for solving Ax=b % % Synopsis: solveSpeed % % Input: none % % Output: Print out of elapsed time, flop rate and memory use
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m solvespeed.m

function solveSpeed % solveSpeed Measure elapsed time and flop rate for solving Ax=b % % Synopsis: solveSpeed % % Input: none % % Output: Print out of elapsed time, flop rate and memory use
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c dlp.c

/* Author: Pate Williams (c) 1997 The following program implements and tests two algorithms for solving the discrete logarithm problem. The algorithms are baby-step giant-step and Po
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m solvespeed.m

function solveSpeed % solveSpeed Measure elapsed time and flop rate for solving Ax=b % % Synopsis: solveSpeed % % Input: none % % Output: Print out of elapsed time, flop rate and memory use
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tml difenc.tml

[Description] NoOfViews=3 DescriptionText=This template is for solving difference equations. MainProgramFileName=difenc0.prg [View0] TypeOfView=1 TitleText=Text Output ProgramFileName=difen
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cpp tridiag.cpp

// How to run the procedure and plot the temperature // produce data.dat // load data.dat // plot(data) /* Tridag for solving Heat conduction problem */ // Solve the tridigonal linear equ
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txt readme.txt

KTours Java Applet for Solving Knight's Tour problem ============= One of the fascinating Chess Board problem is Knight's Tour Problem. You have to find the path of the Knight as it trav
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m acceleration.m

function dR = acceleration( l, R ) % calcualtes acceleration (F/m), first three lines are used for ODE solving % Copyright (C) 2007 % % mag. David Erzen % Faculty of Mechan