基于物联网技术开发的智能家居系统解决了异构网络内家电的互联问题,而其管理系统仍面临着管理平台单一、可扩展性差以及较低的用户体验等问题。在利用ZigBee协议构建家庭无线传感器网络的基础上,提出一种基于RESTful Web Services的智...基于物联网技术开发的智能家居系统解决了异构网络内家电的互联问题,而其管理系统仍面临着管理平台单一、可扩展性差以及较低的用户体验等问题。在利用ZigBee协议构建家庭无线传感器网络的基础上,提出一种基于RESTful Web Services的智能家居管理系统设计方案,增强了系统的可扩展性和跨平台能力,所开发的基于Android的智能家居客户端有效提升了用户体验。展开更多
从Windows DNA多层体系结构出发,简单回顾了Internet及分布式计算模型的发展历程,讨论了支撑XML WebServices的几种标准协议,着重论述了XML Web Services的基础结构、联网形式、解决方案、生存期以及XML Web Services的平台Microsoft ....从Windows DNA多层体系结构出发,简单回顾了Internet及分布式计算模型的发展历程,讨论了支撑XML WebServices的几种标准协议,着重论述了XML Web Services的基础结构、联网形式、解决方案、生存期以及XML Web Services的平台Microsoft .NET平台,并给出了一个用Microsoft .NET构建的基于XML Web Services的典型实例。展开更多
In order to solve the problem that the current matchmaking methods for semantic web service mainly focus on the matchmaking of IO （inputs, outputs） descriptions which may result in one-sidedness, a description-logic...In order to solve the problem that the current matchmaking methods for semantic web service mainly focus on the matchmaking of IO （inputs, outputs） descriptions which may result in one-sidedness, a description-logic-based IOPE （inputs, outputs, preconditions, effects） description and matchmaking method is proposed for semantic web service. The description logic concept is used to annotate service IO and the description logic assertion is employed to describe service PE（preconditions, effects）. TBox subsumption checking is used to measure the subsumption relationship between IO descriptions of service request and advertising; ABox consistency checking is used for checking the logical implication between PE descriptions of service request and advertising. Based upon the logical implication, four kinds of PE matching degrees are proposed to measure and compare the pros and cons of the results of matchmaking. They are the exact, perfect, side-effect and common match. Experiments show that the method has a higher precision rate under the same recall rate compared with the existing method.展开更多
RESTful Web Services是一个轻量级的架构,其中包含的重要概念有资源的可寻址性、连通性、无状态、统一接口等.通过低耦合和其他分布式组件,使其具有良好的交互性和可伸缩性.由于无需引入复杂的SOAP协议,比起RPC风格的Web Services,很...RESTful Web Services是一个轻量级的架构,其中包含的重要概念有资源的可寻址性、连通性、无状态、统一接口等.通过低耦合和其他分布式组件,使其具有良好的交互性和可伸缩性.由于无需引入复杂的SOAP协议,比起RPC风格的Web Services,很容易使用并且获得了广泛的应用.研究了在一个中医药信息系统中如何使用Restlet框架构建RESTful Web Services.展开更多
为了更好地解决分布式遥感数据检索的问题,提出了基于REST Web Services的分布式检索实现方法。根据分布式数据检索的需求和遥感数据检索系统的特点,研究了分布式数据检索的实现技术、REST的基本概念、目标与设计原则、主要思想以及实...为了更好地解决分布式遥感数据检索的问题,提出了基于REST Web Services的分布式检索实现方法。根据分布式数据检索的需求和遥感数据检索系统的特点,研究了分布式数据检索的实现技术、REST的基本概念、目标与设计原则、主要思想以及实现方式,在此基本上设计了基于REST Web Services分布式遥感数据检索原型系统,并实现了基于REST Web Services分布式遥感数据检索原型系统。展开更多
To solve the problem of chaining distributed geographic information Web services （GI Web services）, this paper provides an ontology-based method. With this method, semantic service description can be achieved by sem...To solve the problem of chaining distributed geographic information Web services （GI Web services）, this paper provides an ontology-based method. With this method, semantic service description can be achieved by semantic annotation of the elements in a Web service description language（WSDL） document with concepts of geographic ontology, and then a common under-standing about service semantics between customers and providers of Web services is built. Based on the decomposition and formalization of customer requirements, the discovery, composition and execution of GI Web services are explained in detail, and then a chaining of GI Web services is built and used to achieve the customer＇s requirement. Finally, an example based on Web ontology language for service （OWL-S） is provided for testing the feasibility of this method.展开更多
文摘基于物联网技术开发的智能家居系统解决了异构网络内家电的互联问题,而其管理系统仍面临着管理平台单一、可扩展性差以及较低的用户体验等问题。在利用ZigBee协议构建家庭无线传感器网络的基础上,提出一种基于RESTful Web Services的智能家居管理系统设计方案,增强了系统的可扩展性和跨平台能力,所开发的基于Android的智能家居客户端有效提升了用户体验。
文摘从Windows DNA多层体系结构出发,简单回顾了Internet及分布式计算模型的发展历程,讨论了支撑XML WebServices的几种标准协议,着重论述了XML Web Services的基础结构、联网形式、解决方案、生存期以及XML Web Services的平台Microsoft .NET平台,并给出了一个用Microsoft .NET构建的基于XML Web Services的典型实例。
文摘In order to solve the problem that the current matchmaking methods for semantic web service mainly focus on the matchmaking of IO （inputs, outputs） descriptions which may result in one-sidedness, a description-logic-based IOPE （inputs, outputs, preconditions, effects） description and matchmaking method is proposed for semantic web service. The description logic concept is used to annotate service IO and the description logic assertion is employed to describe service PE（preconditions, effects）. TBox subsumption checking is used to measure the subsumption relationship between IO descriptions of service request and advertising; ABox consistency checking is used for checking the logical implication between PE descriptions of service request and advertising. Based upon the logical implication, four kinds of PE matching degrees are proposed to measure and compare the pros and cons of the results of matchmaking. They are the exact, perfect, side-effect and common match. Experiments show that the method has a higher precision rate under the same recall rate compared with the existing method.
文摘RESTful Web Services是一个轻量级的架构,其中包含的重要概念有资源的可寻址性、连通性、无状态、统一接口等.通过低耦合和其他分布式组件,使其具有良好的交互性和可伸缩性.由于无需引入复杂的SOAP协议,比起RPC风格的Web Services,很容易使用并且获得了广泛的应用.研究了在一个中医药信息系统中如何使用Restlet框架构建RESTful Web Services.
文摘为了更好地解决分布式遥感数据检索的问题,提出了基于REST Web Services的分布式检索实现方法。根据分布式数据检索的需求和遥感数据检索系统的特点,研究了分布式数据检索的实现技术、REST的基本概念、目标与设计原则、主要思想以及实现方式,在此基本上设计了基于REST Web Services分布式遥感数据检索原型系统,并实现了基于REST Web Services分布式遥感数据检索原型系统。
基金the National Natural Science Fundation ofChina (60774041)
文摘To solve the problem of chaining distributed geographic information Web services （GI Web services）, this paper provides an ontology-based method. With this method, semantic service description can be achieved by semantic annotation of the elements in a Web service description language（WSDL） document with concepts of geographic ontology, and then a common under-standing about service semantics between customers and providers of Web services is built. Based on the decomposition and formalization of customer requirements, the discovery, composition and execution of GI Web services are explained in detail, and then a chaining of GI Web services is built and used to achieve the customer＇s requirement. Finally, an example based on Web ontology language for service （OWL-S） is provided for testing the feasibility of this method.
