Monte Carlo Simulation

I have developed several tools for Texas Hold'em, but I have also developed a similar tool for Short Deck Hold'em, so I will post a link to it. In addition, I will outline the rules and features of Short Deck Hold'em.

Using the simulation created in the previous post, we can find the strategy with the highest expected value when a specific hand is dealt. In this article, we will try to see how much the preflop strategy differs with and without an ante.

We use Monte Carlo simulation to verify the validity of the claim made in poker books that players can gain an advantage by limiting their VPIP when playing the game.

This article will discuss post-flop betting strategies and bluffing in Texas Hold'em, as well as strategies to use against loose-aggressive opponents.

This article will provide an overview of strategies for the flop (second betting round) in Texas Hold'em. In addition, it will discuss strategies for playing against opponents with beginner-like playing styles (loose passive).

In my previous post, I wrote that at tables with a lot of beginners, tight aggressive players seem weaker than I expected, and I think I've figured out why, so the purpose of this article is to briefly explain it.

A calculator that uses Monte Carlo simulation to estimate the probability of winning in Texas Hold'em when the hand and some common cards are known.