在无处不在的网络上集成语义、传感器和服务

K. Shyamaladevi, T. T. Mirnalinee, T. Trueman, R. Kaladevi
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引用次数: 2

摘要

人类交互系统提供了从以实体和对象为中心的处理到以关系和事件为中心的处理的转变。计算机与人类有效互动,为他们的问题提供解决方案。通过集成相关的web服务,提供基于人的需求的服务。集成系统提供了对各种关系进行提取、表示和推理的能力,并提供了整体支持。该系统集成了土壤信息、植物信息、天气信息和农药、杀菌剂信息等相关的网络服务,被称为农民帮扶系统。这种农民帮扶制度为农民提供了合适的解决方案。为了提供有意义的表示,使用了本体。服务的集成以增加异构环境中的互操作性。农民帮助系统分析来自用户的信息,联系适当的资源,并返回可操作的信息,同时对用户的参与或技术意识要求最低。然后将语义注释的数据用于集成、搜索、分析、发现、问答和态势感知,以提高用户系统的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of semantics, sensors and services on the ubiquitous web
The human interaction system provides a move from entity and object centric processing to relationship and event centric processing. The computer is interacted efficiently with the human for giving the solution to their problems. To provide the service based on the human requirements by integrating relevant web services. The integrated system gives the ability to extract, represent and reason about a variety of relationship as well as providing integral support. The proposed system is called farmer helping system which integrates relevant web services like soil information, plant information and weather information and pesticides and fungicides information. This farmer helping system gives the appropriate solution for the farmers. To provide the meaningful representation ontology is used. The integration of the services to increase the interoperability in the heterogeneous environment. The farmer helping system analyses the message from the user, contacts appropriate resources, and return actionable information, while requiring minimal involvement or technology consciousness from the user. The semantically annotated data is then used for integration, search, analysis, discovery, question answering and situational awareness for making the user system efficient.
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