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Real-time cloud computing for web-based searching system of pattern recognition

机译:基于Web的模式识别的实时云计算

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For cross-platform real-time systems, cloud computing technology is an innovative application of pattern recognition method. This study is the use of associative memory of the way to do the work of pattern recognition; this system is real-time client-server type network pattern recognition system. Remote user can operate through the browser to draw the shape or character of industrial components, and recognition system to the database through Internet search. Cloud storage server contains a database of pattern samples. In the training period, the user can specify any of the pattern to what in real-time. Patterns are recorded in the cloud server database. In the recall period, an innovative database matching methods have been proposed. This method can effectively solve the problem of RNN a false state of the database than on the technology to overcome the problem of capacity constraints RNN. In this new approach, CWBPR system partition database in the cloud server, a pattern record set, and then figure out they were separate sections for each value of W and θ. CWBPR system to deal with each of the last segment of the pattern recognition work. Pattern recognition technology for the network, the paper has two simulation experiments are clearly discussed. The first experiment identified a number of characters; the second experiment is the pattern recognition of industrial components. Finally, the paper also put forward innovative pattern recognition method to the traditional text input search method comparison.
机译:对于跨平台实时系统,云计算技术是模式识别方法的创新应用。这项研究是利用联想记忆来做模式识别的工作;该系统是实时客户端 - 服务器类型网络模式识别系统。远程用户可以通过浏览器操作,以通过Internet搜索绘制工业组件的形状或字符,并通过Internet搜索识别系统到数据库。云存储服务器包含模式样本的数据库。在培训期间,用户可以将任何模式指定到实时的任何模式。模式记录在云服务器数据库中。在召回期间,已经提出了一种创新的数据库匹配方法。该方法可以有效地解决了数据库的错误状态的问题,而不是技术,以克服RNN的容量约束问题。在这种新方法中,CWBPR系统分区数据库在云服务器中,模式记录集,然后找出它们是W和θ的每个值的单独部分。 CWBPR系统处理模式识别工作的最后一段。图案识别技术为网络,本文有两个模拟实验清楚地讨论过。第一个实验确定了许多人物;第二个实验是工业部件的模式识别。最后,本文还提出了传统文本输入搜索方法比较的创新模式识别方法。

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