Delivery time delay analysis of MLFFA based on queuing model

S. Bhattacharjee, Boudhayan Bhattacharya, Saunak Sengupta, Owijesh Outta Majumder
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Abstract

In this paper, we described the Queuing delay in our own MLFFA architecture based on data fusion and analyzed different data fusion filter architectures available in the literature with our new Multi-level Federated Architecture (MLFFA) to improve the filtration of each signaling sensor for a reference sensor (RS) within its fusion domain. It is done by sending the individual sensor data through multiple levels of local filters (LF). This process reduces both Rate of Data Loss and eases the load on Master Fusion Filter (MFF). This article presents a comparison of other existing data fusion architectures - Centralised, Cascaded, Federated, and Distributed with our MLFFA which shows improvement with respect to the existing architectures in term of queuing delay.
基于排队模型的MLFFA配送时间延迟分析
在本文中,我们描述了基于数据融合的我们自己的MLFFA架构中的排队延迟,并使用我们的新多级联邦架构(MLFFA)分析了文献中可用的不同数据融合滤波器架构,以改进每个信令传感器对其融合域内参考传感器(RS)的过滤。这是通过将单个传感器数据发送到多个级别的本地滤波器(LF)来完成的。这一过程既降低了数据丢失率,又减轻了主融合滤波器(MFF)的负载。本文将其他现有的数据融合体系结构(集中式、级联式、联邦式和分布式)与我们的MLFFA进行了比较,结果显示,在队列延迟方面,现有体系结构有所改进。
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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