The article presents a systematic review of the results of the development of the theoretical basis and the pilot implementation of data storage technology with automatic replenishment of data from sources belonging to different thematic segments. It is expected that the repository will contain information about objects with significant innovative potential. The mechanism of selection of such information is based on the determination of its semantic relevance to the generated search queries. At the same time, a quantitative assessment of the innovation of objects, in particular their technological novelty and demand is given. The article describes the accepted indicators of innovation, discusses the application of the theory of evidence for the processing of incomplete and fuzzy information, identifies the main ideas of the method of processing the results of measurements for the calculation of the probabilistic value of the components of innovation, briefly describes the application of the evolutionary approach in the formation of the linguistic model of the archetype of the object, provides information about the experimental verification of the adequacy of the developed computational model. The research results that are described in the article can be used for business planning, forecasting of technological development, information support of investment projects expertise.
翻译:文章系统地审查了数据储存技术理论基础的发展和试点实施的结果,并自动补充了来自不同专题部分来源的数据,预期存储库将载有关于具有重大创新潜力的物体的信息,这种信息的选择机制的基础是确定其与所生成的搜索查询的语义相关性,同时对物体的创新,特别是其技术新颖性和需求进行定量评估,介绍公认的创新指标,讨论应用证据理论处理不完整和模糊的信息,确定处理计算创新组成部分概率值衡量结果方法的主要想法,简要说明在形成该物体原型语言模型时采用进化方法的情况,提供关于对已开发的计算模型是否充分进行试验性核查的资料,文章中描述的研究结果可用于商业规划、预测技术发展、投资项目专门知识的信息支持。