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/* This Code is Submitted by wywcgs for Problem 2400 on 2006-10-10 at 16:12:10 */ #include #include #include using namespace std; const int L = 128, S = 1

/* This Code is Submitted by wywcgs for Problem 2364 on 2006-09-22 at 21:08:17 */ #include #include #include using namespace std; const int N = 1024; int ma

/* This Code is Submitted by wywcgs for Problem 2410 on 2006-10-26 at 11:57:18 */ #include #include using namespace std; const int N = 102400; const int D = 1024; void b

/**************************************************************************** * * * ASN.1 Algorithm Identifier Routines * * Copyright Peter Gutmann 1992-2008 *

function [] = AISMAIN % % Function AISMAIN Demonstration % Runs a Demo for the following immune tools: % 1) CLONALG (Basic Clonal Selection Algorithm)-----CLONALG.doc % % % Secondary Functions:

% make rp structure to be used for passing run % parameters to the run_lms_pred algorithm rp.Nruns = 100; rp.Ndata = 500; rp.mult = 200; rp.verbose = 0; rp.mu = 0.05; rp.a =

function wline=wfill(vec, pcon, tol) % WFILL: The Water Filling algorithm. % WLINE = WFILL(VEC, PCON, TOL) performs the water filling algorithm % with the given total power constrain to appr

%Big Delay PID Control with Smith Algorithm clear all;close all; Ts=20; %Delay plant kp=1; Tp=60; tol=80; sys=tf([kp],[Tp,1],'inputdelay',tol); dsys=c2d(sys,Ts,'zoh'); [num,den]=tfdata(dsys

%Generic Algorithm for function f(x1,x2) optimum clear all; close all; %Parameters Size=80; G=100; CodeL=10; umax=2.048; umin=-2.048; E=round(rand(Size,2*CodeL)); %Initial C

% This program solves the economic dispatch with Bmn coefficients by % Genetic Algorithm % the data matrix should have 5 columns of fuel cost coefficients and plant limits. % 1.a ($/MW^2) 2. b $/M