In an uncertain world, decision-making is a crucial aspect of our personal and professional lives. However, humans are prone to cognitive biases and often rely on intuition rather than probabilistic thinking. "Thinking in Bets" is a concept popularized by Annie Duke, a professional poker player, which involves making decisions by thinking in probabilities rather than certainties. This paper explores the concept of Thinking in Bets, its application in decision-making, and its relevance to uncertainty and probabilistic thinking. We also provide a GitHub repository with Python code examples to illustrate the concepts discussed in the paper.
Returns: float: Expected value of the bet. """ expected_value = probability * payoff - (1 - probability) * risk_free_rate return expected_value thinking in bets pdf github
def evaluate_bet(probability, payoff, risk_free_rate): """ Evaluate a bet by calculating its expected value. In an uncertain world, decision-making is a crucial
Probabilistic thinking is essential in decision-making under uncertainty. It involves understanding and working with probabilities to evaluate risks and opportunities. Probabilistic thinking can be applied to various domains, including finance, engineering, and medicine. This paper explores the concept of Thinking in
Thinking in Bets is a valuable approach to decision-making under uncertainty. By framing decisions as bets, assigning probabilities, and evaluating expected value, individuals can make more informed decisions. Probabilistic thinking is essential in this approach, as it allows individuals to understand and work with uncertainties. The GitHub repository provides a practical implementation of the concepts discussed in this paper.
expected_value = evaluate_bet(probability, payoff, risk_free_rate) print(f"Expected value of the bet: {expected_value}") This code defines a function evaluate_bet to calculate the expected value of a bet, given its probability, payoff, and risk-free rate. The example usage demonstrates how to use the function to evaluate a bet with a 70% chance of winning, a payoff of 100, and a risk-free rate of 10.
import numpy as np