针对目前各个遥感数据的编目多样,缺乏全球统一的遥感数据编目体系的现状,本文基于球面剖分模型,参考并借鉴成熟的文献信息编目的相关理论,系统构建了全新的全球遥感数据剖分编目模型,以期更有效地组织、存储和管理大范围多尺度的遥感数据。首先,介绍了文献数据的编目理论和球面剖分格网的基本框架,然后探讨了基于全球剖分格网的遥感数据面片编目方法,其中包括描述著录方法和标引著录方法,最后设计了遥感剖分编目数据的管理框架和编目服务器的组织方法。研究表明,基于球面离散格网的遥感数据剖分编目模型为实现遥感数据的全球化、层次化和规范化管理提供了坚实的理论基础。 In view of the current cataloging of various remote sensing data and the lack of a unified cataloging system of remote sensing data in the world, this paper builds a new global catalog of remote sensing data based on the spherical subdivision model, referring to and drawing on the relevant theories of mature literature information cataloging Model with a view to organizing, storing and managing a wide range of multi-scale remote sensing data more efficiently. Firstly, the cataloging theory of literature data and the basic framework of spherical meshing are introduced. Secondly, the cataloging method of remote sensing data mesh based on global meshing is discussed, including the description of bibliography and indexing, and finally the design of Remotely dissect the cataloging data management framework and cataloging server organization. The research shows that the remote sensing data model based on spherical discrete grids provides a solid theoretical basis for the realization of the globalization, hierarchicalization and standardization of remote sensing data.