Abstract
The model and structure of representation of data are considered for the processing and compact storage of ultra-large amounts of various types of information in the form of binary difference trees of essential readings, which provide efficient access to arbitrary fragments of the tree and the solution of various thematic problems using general-to-specific and other methods. The new method, which is the result of development of approaches to the models and structures of data representation on the basis of binary trees of essential readings, ensures better flexibility and helps to overcome many of the difficulties that arise in the processing of ultra-large amounts of data.
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