Optimization over Time
Numerical Recipes 3rd Edition: The Art of Scientific Computing
Numerical Recipes 3rd Edition: The Art of Scientific Computing
A simulation model to analyze the impact of distance and direction on golf scores
Winter Simulation Conference
Assessing Golfer Performance on the PGA TOUR
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We develop a model of golfer putting skill and combine it with physics-based putt trajectory and holeout models to study the impact of doubling the radius of the hole on the putting performance of professional and amateur golfers. The putting skill model reflects golfer execution errors, i.e., that golfers cannot hit the ball at exactly their intended velocity and direction. A green reading skill model reflects a golfer's inability to perfectly estimate the slope or contour of the putting surface. The model is calibrated to professional and amateur putting data. Optimal putting strategies are computed using stochastic dynamic programming. Quasi-Monte Carlo and other methods are used to speed up computations. Doubling the hole radius improves the putting performance of both professional and amateur golfers, as expected. However, the improvement for amateur golfers is shown to be relatively larger than for professionals.