Bayesian Statistics with Python, No Resampling Necessary

C. Lindsey
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Abstract

—TensorFlow Probability is a powerful library for statistical analysis in Python. Using TensorFlow Probability’s implementation of Bayesian methods, modelers can incorporate prior information and obtain parameter estimates and a quantified degree of belief in the results. Resampling methods like Markov Chain Monte Carlo can also be used to perform Bayesian analysis. As an alternative, we show how to use numerical optimization to estimate model parameters, and then show how numerical differentiation can be used to get a quantified degree of belief. How to perform simulation in Python to corroborate our results is also demonstrated.
贝叶斯统计与Python,没有重新采样的必要
tensorflow Probability是一个强大的Python统计分析库。使用TensorFlow Probability对贝叶斯方法的实现,建模者可以结合先验信息并获得参数估计和对结果的量化信任程度。像马尔科夫链蒙特卡罗这样的重采样方法也可以用来执行贝叶斯分析。作为替代方案,我们展示了如何使用数值优化来估计模型参数,然后展示了如何使用数值微分来获得量化的置信度。还演示了如何在Python中执行模拟以证实我们的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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