BS ISO 24097-1:2017建立了面向服务的体系结构（SOA），以实现可互操作性 智能交通系统（ITS）的web服务。Web服务行为是在元数据级别描述的，即更高级别的抽象，以支持 自动生成“服务请求者”程序和“服务提供者”程序。图1 介绍web服务场景中涉及的主要实体。他们是服务提供者，服务提供者 请求者和“注册表”。注册信息包括业务信息和技术信息，例如 接口和策略。图1还描述了服务提供者和服务请求者的操作。 服务提供者与注册表交互，使其能够“发布”所提供的服务。服务 以标准化web服务的web服务接口描述符的形式表示 服务描述语言（WSDL）和策略（WS-policy）。服务请求者与 注册中心“发现”他正在寻求的服务的提供者。这种互动是通过 “通用描述、发现和集成”（UDDI）对话和端点引用（EPR）。 一旦服务请求者确定了服务提供者，他就通过SOA“绑定”到服务提供者 协议交叉引用:ISO 14817（所有部分）ISO 14813-1:2015购买本文件时可获得的所有现行修订均包含在购买本文件中。

BS ISO 24097-1:2017 establishes a Service Oriented Architecture (SOA) for the realization of interoperable web services for Intelligent Transport Systems (ITS).Web service behaviour is described at the metadata level, i.e. a higher level of abstraction, to enable auto-generation of both a 'service requester' program as well as a 'service provider' program. Figure 1 presents the principal entities involved in a web service scenario. They are service provider, service requester, and 'registry'. The registry includes business information and technical information such as interface and policy. Figure 1 also depicts the actions of the service provider and the service requester. A service provider interacts with the registry to enable it to "publish" the provided service. The service is characterized in the form of a web service interface describer in the form of a standardized web service description language (WSDL) and policy (WS-Policy). A service requester interacts with the registry to "discover" a provider for the service he is seeking. That interaction takes place through "Universal Description Discovery, and Integration" (UDDI) dialogue and endpoint reference (EPR). Once the service requester identifies a service provider, he "binds" to the service provider via an SOA protocol.Cross References:ISO 14817 (all parts)ISO 14813-1:2015All current amendments available at time of purchase are included with the purchase of this document.