Particle filters are a set of Monte Carlo algorithms used to approximate solutions for filtering problems in nonlinear state-space systems. They use a set of particles to represent the posterior distribution of a stochastic process given noisy and/or partial observations. Particle filter techniques provide a well-established methodology for generating samples from the required distribution without requiring assumptions about the state-space model or the state distributions. They find application in many fields, such as signal and image processing, Bayesian inference, machine learning, and more.
Carnegie Mellon University
Spring 2019
This course from Carnegie Mellon University provides a deep understanding of AI's theory and practice, covering methods for decision-making, problem-solving, and handling uncertainty. Topics include search algorithms, computational game theory, and AI ethics.
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