Hardware device for detecting reference relations in textual data

Abstract

The proposed utility model belongs to the field of computer technology and is a standalone hardware device for automatically detecting referential relationships in natural language text data. The utility model is a hardware device for determining referential relationships in text data, implemented in the form of a hardware hub and located in a housing, including a power control module, a data input / output interface module, a processor, RAM, non-volatile memory, as well as functional processing units. The feature of the utility model is that text data processing operations are carried out not as a software method, but in a separate hardware hub, and that the device provides for the complex automatic detection of referential relationships in text data through the presence of a tokenization and morphological analysis block, a reference detection and conflict resolution block, a result generation and user interface block. The device receives text data from external systems, processes it in the tokenization and morphological analysis block, and then forms referent-antecedent relationships through the reference detection and conflict resolution block. The processing results are provided to the user or external systems through the output generation and user interface block. The technical result of the utility model is to increase the productivity of the device by reducing the time for processing text data and reducing the latency when processing data streams. The proposed device is intended for use in electronic document management systems, information and analytical platforms, educational, legal and corporate information systems.