协同模糊聚类机制与数据驱动模糊神经系统

Rudra Bhanu Satpathy, Siddth Kumar Chhajer
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引用次数: 0

摘要

本研究对自研模糊神经演绎系统的模糊逻辑导引运动系统进行了展望。(cfcm - dddfs)协同模糊聚类机制和数据驱动模糊神经系统机制(1)通过模糊c均值(FCM)生成模糊准则,然后通过(PCFC)预处理的协同模糊聚类方法进行调整;(2)同时完成边界和结构化学习,不选择底层边界。利用PCFC方法的优点,CFCM-DDNFS可以实现对海量信息问题的管理,既适合管理海量数据集,又节省了数据集的保护和安全性。首先,将整个数据集组成两个单独的PCFC系统数据集,其中每个数据集独立地进行聚束。发送模型因子(簇焦点)信息和跨协同策略的数据集的唯一划分格。cfcm - dddfs可以在PCFC的聚合信息范围内实现一致性,并利用自己开发的神经模糊归纳系统(SONFIN)的边界学习能力提升框架演示过程。提出的策略在时间安排预测问题上优于现有策略。关键词:模糊系统,神经网络,大数据,在线学习框架,隐私与安全,时间安排期望,协同策略
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Collaborative Fuzzy Clustering Mechanism & Data Driven Fuzzy Neural System
In this Research, Fuzzy Logic guideline move system for self-developing Fuzzy neural deduction systems is anticipated. Highlights of proposed strategy, named (CFCM-DDNFS)Collaborative Fuzzy Clustering Mechanism & Data Driven Fuzzy Neural System mechanismwere; (1) Fuzzy guidelines are produced simply by Fuzzy c-means (FCM) and afterward adjusted by the (PCFC)preprocessed synergistic Fuzzy clustering method, and (2) Boundary & Structured learning are accomplished at the same time without choosing the underlying boundaries. The CFCM-DDNFS could implemented to manage enormous information issues by the goodness of the PCFC method, which is fit for managing colossal data-sets while saving the protection and security of data-sets. At first, the whole data-set is composed into two individual data-sets for the PCFC system, where each of the data-set is bunched independently. The information on model factors (bunch focuses) and the lattice of only one divide of data-set across synergistic strategy are sent. CFCM-DDNFS can accomplish consistency within the sight of aggregate information on the PCFC and lift the framework demonstrating procedure by boundary learning capacity of oneself developing neural Fuzzy induction systems (SONFIN). Proposed strategy beats existing strategies for time arrangement forecast issues. Keyword : Fuzzy system,Neural network, Big Data, On-line learning framework,Privacy & security, Time arrangement expectation, Collaborative strategy.
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