科学交流语义框架模型构建研究

Research on the Construction of Semantic Framework Model of Scientific Communication

[目的/意义]海量的科技文献影响科研人员开展科学交流的效率,语义出版技术通过对科学交流不同环节的科技资源进行结构化、关联化、语义化操作,来提升科技服务的智能化水平进而提高科学交流的效率。[方法/过程]本文依托科学交流相关理论,从全生命周期的视角,采用动态事件的语义组织方式,梳理科学交流活动的典型场景、核心要素,通过复用相关本体并遵循本体构建相关原则,设计了科学交流语义框架模型。在此基础上,通过实例化过程来验证该模型的有效性。[结果/结论]本文构建的语义框架模型从生命周期的动态视角表征了科学交流体系的典型场景和核心要素,为科学交流全流程语义化实践提供了参考。

[Purpose/Significance]Massive scientific literature affects the efficiency of scientific communication.Semantic publishing technology improves the intelligence level of scientific and technological services and the efficiency of scientific communication by structuring,associating and semantic operation of scientific resources in different phases of scientific communication.[Method/Process]Based on the theories of scientific communication and from the perspective of the whole life cycle of scientific communication,this paper used the semantic organization mode of dynamic events to sort out the typical scenes and core elements of scientific communication activities,and designed a semantic framework model of scientific communication by reusing relevant ontologies and following the relevant principles of ontology construction.On this basis,the validity of the model was verified through the instantiation process.[Result/Conclusion]The semantic framework model constructed in this paper represents the typical scenes and core elements of scientific communication from the dynamic perspective of life cycle,and provides a reference for the whole process of semantic practice of scientific communication.