A couple of days ago, I found that I could not install and compile
`ArbNumerics.jl`

. The only options is …

# Euclidean Plane Geometry with Julia

*The post is generated from a Jupyter
notebook. You
can also run it live on
Binder.*

*Update 2020-05-13: I have …*

# Bak-Sneppen model

*I just did some simulation on Bak-Sneppen model, you can check it out at GitHub.*

# Using BEE and BEE.jl to solve combinatorial problems

*This article is about my Julia interface package BEE.jl for
using BEE (Ben-Gurion University Equi-propagation
Encoder) by Amit Metodi …*

# Harmonic number and Zeta functions explained in Julia (part 2)

*This is part 2 of a series explaining what is Harmonic number and it's connection with Zeta
functions. The post …*

# Harmonic number and Zeta functions explained in Julia (part 1)

*This is part 1 of a series explaining what is Harmonic number and it's connection with Zeta
functions. The post …*

# Tiling chessboard with L-shaped tiles

I created a Jupyter notebook for teaching induction in combinatorics to demonstrate that you can always tile a \(2^n …

# RandomTree.jl -- Simulation on large random trees with Julia

I have been working on a software package
`RandomTree.jl`

that could effectively generate pretty
large (\(10^8\) nodes) random …

# Choices of Linear Programming Solver

*At the time of written, I was TA for COMP 362, Honors Algorithm Design at McGill University. This
post was written for the students.*

# The pitfall of using rand() for simulation

*This was probably the first simulation I did. How naive I was!*