To deal with the problem of high cost but poor portability in traditional knowledge engineering, this paper proposes a strategy based on the conception of "knowledge annotation".
针对传统知识工程的人工代价高、周期长而可移植性差的问题，本文提出了一种“知识标注”的策略以解决知识库的复用问题。
Its essence is to realize semantic annotation of academic resources data and complete the domain knowledge description under the guidance of the conceptual model of the ontology.
其实质是在本体概念模型的指导下，实现对学术资源数据的语义标注，完成领域内的知识描述。
The person who do the annotation used conclusion and hypothesis discriminately, and by emphasizing both argumentation and textual research, he tried to make knowledge and morals develop together.
诠释者辩证运用归纳与假设，将考据与义理并举，让知识与道德在“以情挈情”的实践中相互转化并进。
MOTIVATION: Annotation databases are widely used as public repositories of biological knowledge.
动机：注释数据库被广泛地用作生物学知识的公共仓库。
This annotation process results in the construction of source code knowledge base, which maintains the traceability links between the source code and domain business semantics.
该本体标注过程的结果是建立一个源代码知识库，包含了代码和领域概念的对应关系。
Biomedical ontologies provide essential domain knowledge to drive data integration, information retrieval, data annotation, natural-language processing and decision support.
生物医学本体论提供了必要的领域知识以驱动数据整合、信息检索、数据注释、自然语言处理和决策支持。
Biomedical ontologies provide essential domain knowledge to drive data integration, information retrieval, data annotation, natural-language processing and decision support.
生物医学本体论提供了必要的领域知识以驱动数据整合、信息检索、数据注释、自然语言处理和决策支持。
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