The paper gain is to present at the glance applications proposed, deployed and tested within Future Internet Engineering (FIE) project. The elaborated applications utilize the general concept of IP Multimedia Subsystem (IMS) according to which the IMS core servers (Parallel Internets) are treated as a docking station for any kind of application servers. It also means that the applications may be running as long as IMS provides standardized and extended interfaces. The mentioned applications have been selected as representative for process-oriented business organizations characterized by service- and process-oriented models and implementation (SOA, Web Services, Semantic Web, Web of data, content- and context aware applications, etc.) based on service-oriented architectures, pervasive computing and communication-enabled applications paradigms. In the applications'' architectures complex, "autonomic" self-organizing distributed systems/workflows with autonomous components are specified, realized, simulated and evaluated as a based on active component technologies. Application-driven content- and context-aware networks support process- and service-oriented processes. A combination of the above mentioned models (the push and pull model), architecture and approaches are possible and attractive from research, application and business perspectives. All the shortly presented applications may be considered as Over-The-Top (OTT) applications which effectively commoditize intelligent network services.
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机译：本文的目的是一目了然地展示在Future Internet Engineering（FIE）项目中提出，部署和测试的应用程序。详细的应用程序利用IP多媒体子系统（IMS）的一般概念，根据该概念，IMS核心服务器（并行Internet）被视为任何类型的应用程序服务器的扩展坞。这也意味着只要IMS提供标准化和扩展的接口，应用程序就可以运行。提到的应用程序已被选为代表面向过程的业务组织的代表，这些组织的特征是基于服务和面向过程的模型和实现（SOA，Web服务，语义Web，数据Web，内容和上下文感知应用程序等）。面向服务的体系结构，普适计算和启用通信的应用程序范例。在复杂的应用程序体系结构中，将基于自主组件技术指定，实现，模拟和评估具有自主组件的“自主”自组织分布式系统/工作流程。应用程序驱动的内容和上下文感知网络支持面向流程和面向服务的流程。上面提到的模型（推拉模型），体系结构和方法的组合是可能的，并且从研究，应用程序和业务角度来看都是有吸引力的。所有简短介绍的应用程序都可以视为有效地使智能网络服务商品化的Over-The-Top（OTT）应用程序。
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