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self_product
- 命的一个重要特征就是能够自我繁殖,也就是自我复制。那么,程序能自我复制么?更一般的,一个系统上的构形能自我复制么?答案是肯定的,早在60年代的时候,著名科学家Von Neumann就研究过能够自我复制的细胞自动机,并从理论上证明了它是可能的。后来,随着人工生命的兴起,科学界兴起了研究自我复制的细胞自动机的热潮。在这个程序中,你能看到Langton的自我复制圈、chou的自我复制程序还有Langton的蚂蚁细胞自动机等等。-fate of
miniMIPS
- 这是一个基于mips-I结构的处理器,32bit,冯诺依曼结构-This is based on a MIPS - I structure of the processor, 32bit, von Neumann structure
ds400_srom
- This prj demonstrates how to use the SROM memory classes for the Dallas DS80C400. This example uses the memcpy function to copy a function in the SROM memory class (which is located in CODE memory) to von Neumann mapped
adyn_v1_0[1].tar
- Solutions are obtained for Poissson, diffusion, or wave PDEs homogeneous or nonhomogeneous equations and/or boundary conditions rectangular, cylindrical, or spherical coordinates time, Laplace, or frequency domains Diric
Helmholtz
- A 2D homogeneous Helmholtz case (u=sin(x)cos(y) with a square) with % two Dirichlet edges (x=1,y=1) and two Neumann edges (x=0,y=0) % by indirect symmetric BKM
self_product
- 命的一个重要特征就是能够自我繁殖,也就是自我复制。那么,程序能自我复制么?更一般的,一个系统上的构形能自我复制么?答案是肯定的,早在60年代的时候,著名科学家Von Neumann就研究过能够自我复制的细胞自动机,并从理论上证明了它是可能的。后来,随着人工生命的兴起,科学界兴起了研究自我复制的细胞自动机的热潮。在这个程序中,你能看到Langton的自我复制圈、chou的自我复制程序还有Langton的蚂蚁细胞自动机等等。-fate of
miniMIPS
- 这是一个基于mips-I结构的处理器,32bit,冯诺依曼结构-This is based on a MIPS- I structure of the processor, 32bit, von Neumann structure
ds400_srom
- This prj demonstrates how to use the SROM memory classes for the Dallas DS80C400. This example uses the memcpy function to copy a function in the SROM memory class (which is located in CODE memory) to von Neumann mapped
adyn_v1_0[1].tar
- Solutions are obtained for Poissson, diffusion, or wave PDEs homogeneous or nonhomogeneous equations and/or boundary conditions rectangular, cylindrical, or spherical coordinates time, Laplace, or frequency domains Diric
Singer
- 贝塞尔函数和纽曼函数是常用的数学函数,本程序是利用VC++编译的绘制贝塞尔纽曼函数的程序,值的一下-Bessel function and Neumann function is commonly used mathematical functions, the procedure is to use VC++ Compiler drawing function besse Newman procedures, the value of
BesselFunCal
- 包含四种贝塞尔函数计算:第一类整数阶贝塞尔函数、第二类整数阶贝塞尔函数计算(又称诺依曼函数)、变型第一类整数阶贝塞尔函数计算、变型第二类整数阶贝塞尔函数计算。这里的变型是指贝塞尔函数可化为纯虚变量的表达式之意。-Contains four types of Bessel function calculation: the first type integer-order Bessel function, the second categ
SEP4020
- 使用0.18um 标准 CMOS 的工艺设计,内嵌ASIX CORE(32 位RISC 内核,兼容ARM720T,带8KB 指令数 据Cache 和全功能MMU),采用冯诺依曼结构-Using 0.18um standard CMOS process design, embedded ASIX CORE (32 bit RISC core, compatible with ARM720T, with 8KB Data Cache
beisaierniumanDrawing
- 这是一个贝塞尔和纽曼函数绘图程序,给贝塞尔和纽曼函数使用者提供参考!-This is a Bessel and Newman functions mapping procedures, to the Bessel and Neumann function of the user provide a reference!
fastpoisson
- 快速泊松方程求解--MATLAB Fast Poisson Solver in a Square-Fast Poisson equation- MATLABFast Poisson Solver in a Square
PoissonNeumann
- C Implementation of 2D Poisson Solver using Neumann Boundary Conditions: Based on a direct analytical solution using sine transforms Single iteration, no magic numbers, no convergence issues. Extremely fast, couple of se
BEM3d-laplace
- 应用边界元方法求解三维Laplace方程,对于数值计算学习有一定的指导性-bem---3D-Laplace equation
FEMGUI
- This program solves the equation on the interval (0,1) plus boundary conditions of Dirichlet or Neumann type with the finite elemnt method. Linear and quadratic finite elemnst are included. In the case were an exact s
Neumann
- 奇异二阶Neumann边值问题的正解Singular second-order Neumann Boundary Value Problems-Singular second-order Neumann Boundary Value Problems
Von-Neumann-neighbor-problem
- 从一个1x1的方格开始,每次都会在上次的图形的周围再加一圈方格,在第n次要生成多少个方格-Von Neumann neighbor problem