传感网服务整合架构(SWE)制定了描述异构传感器的统一标准，然而在传感器层由于各种传感器参数不一、属性不同、数据格式多样，为实现接入数据格式的统一，需要在传感器层和服务器层进行人工适配，耗费资源巨大且效率不高。针对上述问题，本文提出自适应传感器信息模型(ASIM),该模型对所更新的资源进行解析，并组合数据传输协议和传感器本身属性动态的生成适配器，将数据接入该适配器接口进行数据结构转换成更新后的统一格式的资源数据，送入到网络协同制造技术资源池，将该资源池开放给整个网络，供其他企业获取，并根据实时信息做出战略调整，实现资源互联共享，可以提高资源快速发现、高效组织以及高效利用的能力。

The Sensor Network Service Integration Architecture (SWE) has formulated a unified standard for describing heterogeneous sensors. However, at the sensor layer, due to different sensor parameters, attributes, and data formats are diverse, in order to achieve unity of access data formats, it is necessary to Manual adaptation between layer and server layer consumes huge resources and is not efficient. In response to the above problems, this paper proposes an adaptive sensor information model (ASIM), which analyzes the updated resources, and combines the data transmission protocol and the properties of the sensor itself to dynamically generate an adapter, and connect the data to the adapter interface for data structure conversion The resource data in the updated unified format is sent to the network collaborative manufacturing technology resource pool, and the resource pool is opened to the entire network for other companies to obtain, and make strategic adjustments based on real-time information to achieve resource interconnection and sharing, which can improve The ability to quickly discover, organize and utilize resources efficiently.

TP391

国家重点研发计划：“网络协同制造技术资源服务平台研发与应用示范”（No.2018YFB1703500） 上海市科技创新行动计划：“基于钢厂的全数据链交互机制及模型研究” (No. 19511105502)