EvanMu96

#= 
This is a program to simulate Homework @probability.pdf page 122
Author: Evan MU
=#

# source type A
rate_A = 10
num_A = 20
prob_A = 0.1
# 1-prob_A is idle probability of source type A

EvanMu96

"""
Author: Sen MU
Inverse transform sampling
reference article: http://usmanwardag.github.io/python/astronomy/2016/07/10/inverse-transform-sampling-with-python.html
"""
"""
steps:
1- Normalize a distribution in terms of its CDF (cumulative distribution function).

2- Generate a random number u from standard uniform distribution in interval [0, 1].

EvanMu96

# Author: Sen Mu

# to install Distributions.jl, please julia>Pkg.add("Distributions")
using Compat, Random, Distributions

# Generate seed of random numbers
Random.seed!(241)

# create a uniform distribution (0,1)
d = Uniform(0, 1)

EvanMu96

# Author: Sen Mu
# Extension of Homework 4.2 27-Sept-2018

# to install Distributions.jl, please use "julia>Pkg.add("Distributions")"
using Compat, Random, Distributions

# Generate seed of random numbers
Random.seed!(241)

#(1) sample from uniform random variable (a, b)

EvanMu96

using Compat, Random, Distributions

# to set a markov chain, use a dictionary data structure like this.
example_set = Dict("lambda"=>19.5, "mu"=>1, "k"=>10, "max_na"=>500000)

# Uniform distribution
uniform_d = Uniform()

function Markov_Chain(paratmers)
    global uniform_d

EvanMu96

using Compat, Random, Distributions

# to set a markov chain, use a dictionary data structure like this.
example_set = Dict("lambda"=>19.5, "mu"=>1, "k"=>10, "max_na"=>500000)

# Uniform distribution
uniform_d = Uniform()

function Markov_Chain(paratmers)
    global uniform_d

EvanMu96

tempalte <typename T> struct Vector<T>;
template <typename T> void _in_place_permute(Vector<T> & v)
{
  for(int i = v.size(); i > 0; i--)
    swap(v[i-1], v[rand()%i); // swap a random element from [0, i) with i
}
                   
               

EvanMu96

#include <iostream>
#include <vector>
#include <string>

using namespace std;

// the operation only contains add and substract
enum operation {ADD, SUB};

//for leaf node(digit), the value only exist in left val

EvanMu96

#include <iostream>
#include <algorithm>
#include <string>
#include <vector>

using namespace std;

const int K = 26;

struct Vertex {

EvanMu96

#include "lunatic.h"
#include <lua-5.1/lua.hpp>
#include <stdio.h>

class LuaTest {
public:
    LuaTest() {}
    LuaTest(lua_State * L) {}

    static const char className[];