A:传感器数据融合,原理和应用

B. Moshiri
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引用次数: 3

摘要

传感器数据融合处理各种来源(如传感器)提供的数据的协同组合,以便更好地理解给定场景。采用传感器/数据融合概念具有“冗余”、“互补”、“及时性”和“信息成本更低”等优点。以下问题将在本教程中提出:•背景•传感器/数据融合概述•定义与公式•融合:裂变反转模型•融合表征:〇应用领域〇融合目标〇融合过程输入/输出特性〇传感器组件配置•传感器融合的不同技术〇传统方法〇基于知识的系统/智能方法•不同层次的融合架构•不同的融合模型架构•机电一体化与传感器数据融合的集成•传感器数据融合在机器人与机电一体化中的一些典型应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tutorial A: Sensor data fusion, principles and applications
Sensor Data Fusion deals with the synergistic combination of data made available by various sources such as sensors in order to provide a better understanding of a given scene. The use of sensor/data fusion concept has advantages such as “Redundancy”, “Complementary”, “Timeliness” and “Less Costly Information”. The following issues will be presented in this tutorial: • Background• Sensor/Data fusion overview • Definition & Formulation • Fusion: A Fission inversion model • Fusion characterization: ○ Application domain ○ Fusion objective ○ Fusion process input/output characteristics ○ Sensor suite configuration • Different Techniques of Sensor fusion ○ Conventional Approaches ○ Knowledge based Systems/Intelligent Approaches • Different Level Fusion Architectures • Different Fusion Model Architectures • Integration of Mechatronics & Sensor Data Fusion • Some typical applications of Sensor Data Fusion in Robotics & Mechatronics.
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