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An intelligent multimedia interface for fuzzy-logic based inference in crops

机译:一种基于模糊逻辑的农作物智能多媒体界面

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The paper reports an interface designed for three subsystems—the knowledge acquisition subsystem with dynamic disease knowledge base, intelligent disease diagnosis subsystem with object-oriented intelligent-inference model and intelligent tutor for crop disease with audio-visual graphical user web-interface. The paper describes the design features; functionality and development of intelligent multimedia web interface. The results of its evaluation are also presented.A novel approach of rule promotion based on fuzzy logic is used in the system for drawing intelligent inferences for crop disease management. A text-to-speech (TTS) converter is used for providing capability of text-to-talking user interface. It provides the highly-effective interactive user interface on web for live interactions. It helps significantly and gives solutions of plant pathological problems in short spell. The application software is built using the Microsoft .NET framework, ASP.NET web-application framework provided in Visual Studio.NET. The Microsoft Speech SDK (5.1) is used to develop text to voice multimedia interface. The dynamic knowledge base is implemented using SQL server.
机译:本文报告了为三个子系统设计的接口:具有动态疾病知识库的知识获取子系统,具有面向对象的智能推理模型的智能疾病诊断子系统以及具有视听图形用户Web界面的农作物病害智能导师。本文介绍了设计特点;智能多媒体Web界面的功能和开发。提出了评价结果。在系统中采用了一种基于模糊逻辑的规则提升新方法,用于对作物病害管理进行智能推理。文本语音转换(TTS)转换器用于提供文本语音用户界面的功能。它为在线互动提供了高效的网络互动用户界面。它可以显着帮助并以简短的方式给出植物病理问题的解决方案。应用程序软件使用Microsoft .NET框架(Visual Studio.NET中提供的ASP.NET Web应用程序框架)构建。 Microsoft Speech SDK(5.1)用于将文本开发为语音多媒体界面。动态知识库是使用SQL Server实现的。

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