Multi-level Monte Carlo Simulation on Particle Filters and Extended Kalman Filters.

Shady A. Nagy, M. El-Beltagy
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Abstract

the automation of vehicles depends on different observations that may represent the states in an inaccurate way. The probabilistic approach in the prediction and enhancement of measurement are already used in automation to model the noise and perceptual limitations in vehicles sensors. In this paper, we work on the statistical solutions of Extended Kalman filter and Particle filters that include noise in the prediction of the new state. We use different variance reduction technique as control variates to increase the precision of the simulation and make it statistically efficient.
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粒子滤波和扩展卡尔曼滤波的多级蒙特卡罗模拟。
车辆的自动化依赖于不同的观测值,这些观测值可能以不准确的方式表示状态。预测和增强测量的概率方法已经在自动化中用于模拟车辆传感器的噪声和感知限制。本文研究了在新状态预测中包含噪声的扩展卡尔曼滤波和粒子滤波的统计解。我们使用不同的方差缩减技术作为控制变量,以提高模拟的精度和统计效率。
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