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Rung-kutta4th
- 4th order runge-kutta m file
changweifen
- 科学计算中经常遇到微分方程（组）初值问题，需要利用Euler法，改进Euler法，Rung-Kutta方法求其数值解-Differential equations often encountered in scientific computing (groups) of initial value problems, need to use the Euler method, improved Euler method, Rung-Ku
dalingxitong
- 本系统具有以下功能： 1）具有自动定时打铃控制功能“Auto”，打铃时间与桂林航天工业高等专科学校作息时间同步，铃声长度15秒； 2）具有手动打铃功能“shoudo*”，铃声长度可分为长铃“long”15秒、短铃“short”5秒和任意长短； 3）具有禁铃功能“ALARM Disabled”，此时自动打铃功能关闭； 4）具有日历、时钟功能，时钟显示范围为“00：00：00”到“23：59：59”；日历显示范围为“00/0
rung-kutta
- 主要用于数学计算学习使用 内容来源于网络，比较经典，可以免费使用-Is mainly used for mathematical learning to use the content from the network, compare classic, available free of charge
Rung-Kutta-
- 数值分析实验，实现荣格库塔计算方法的word文档-Numerical experiments, to achieve Wing Kutta method of calculation
shu-zi-zhong
- 设计的是一个多功能数字钟，通过LCD1602准确显示“时”、“分”、“秒”的功能，12/24时制切换，且能校正时、分、秒且互不影响。（里面附有详细的代码解释，电路仿真图，模块详解）-Design ist ein multifunktionales Digitaluhr, durch die LCD1602 Display genau, "wann", "sub", "second"-Funktion, 12/24 Uhr-Schalte
rung
- 用runke cutta法求一阶常微分方程的解，可以自己推广到二阶-With the runke cutta method for ordinary differential equation solution
rk
- rung-kutta 4 he inputs func, x0 and y0 define an IVP y = func(x,y), y(x0) = y0. This provides an approximation to y(x0:h:xn) using fourth-order Runge-Kutta method with step size h-rung-kutta 4 he inputs func, x0
simple-microwave-by-VHDL
- 用VHDL实现一个建议微波炉设计 1. 微波炉的火力有大、中、小三档可选。用一个按键实现火力的选择，用点阵显示火力档位，点阵的显示随着按键的按下次数而变化,没有选择时默认的火力为大； 2. 微波加热时间在0-59分59秒之间可选。用4个按键分别设置加热时间各位的长度，用数码管显示加热时间； 3. 设置一个开始键，按下此键后开始加热。加热过程中，用数码管倒计时显示剩余时间； 4. 加热过程中，不能修改火力和加热时间；
tajodin
- solving differential equation using rung kutta method
pgm_ode45
- a simple source code to practice the ODE45 (Rung kutta) integration methode
double-pendulum
- In order to model the chaotic motion of the double pendulum,i am going to use Matlab solving the problem using numerical methods such as Rung-Kutta and Ordinary Differential Equations (ODE).-In order to model the chaotic
Butterfly-Effect
- 经典Lorenz方程组蝴蝶效应的计算模拟程序，帮助更好了解非线性科学，源代码小巧有效，使用四阶龙格-库塔算法，生成.txt文件，之后自行导入画图软件作3D图即可得到蝴蝶效应图-Classical Lorenz equations to calculate the butterfly effect simulation program, to help better understand the nonlinear science, so
rung-kutta
- rung kuta method for solving 3 and 4 and 5 order of differentiate equation.
Calculator
- 数值计算下的计算器，包含有Jacobi迭代法，Gauss-Seidel迭代法，Newton插值法，Rung-Kutta方法和三次插值-Under numerical calculators, including a Jacobi iterative method, Gauss-Seidel iterative method, Newton interpolation method, Rung-Kutta method and cubic
u=0.1
- 采用龙格库塔法求解了齿轮系统6自由度的动力学方程。绘制了系统时域响应以及频域内的分岔图。-Solving the gear transmission system s dynamic equations by Rung-Kutta .Drawing the time spectrum as well as the bifurcation of the system
AB
- is it a phase portrait writ with four order algoritm of rung kutte to sole differential equations
simulation--dc-motor-using--rung-kutta-4-method.r
- simulation dc motor using rung kutta 4 method-simulation dc motor using rung kutta 4 method
rung
- runge kutta method fourth order derivation
Runge-kutta-rasoul-kajouri
- GPL this is a code for the driven harmonic oscillator with Rung-Kutta approach