Some other decision-making dilemmas that can be explained using algorithms include choosing the best time to buy or sell stocks, determining the optimal route for a delivery truck, deciding when to replace aging equipment, and selecting the best strategy in a game of chess. Algorithms can also be used to solve problems in machine learning and artificial intelligence, such as classifying images or predicting future events.

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The concept of optimal stopping can apply to academic research in several ways. For instance, researchers often need to decide when to stop collecting data or when to stop a study. This decision can be based on a variety of factors, such as the quality of the data collected, the time and resources available, and the objectives of the research. Optimal stopping can help researchers make these decisions in a more systematic and efficient way.

The concept of optimal stopping can be used in financial planning in various ways. For instance, it can help in deciding when to sell an investment to maximize profit or minimize loss. It can also be used in retirement planning to determine the best time to start drawing from retirement savings. The idea is to make the best possible decision at the right time, considering the potential future outcomes and the risks involved.

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Algorithms to Live By: The Computer Science of Human Decisions by Brian Christian and Tom Griffiths

Can computer science teach us the secrets of life? Perhaps not, but they can shed light on how certa...

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