Hierarchical information processing method based on standard interface adaptation

Abstract

The invention relates to a hierarchical information processing method based on standard interface adaptation. The method is used for achieving standardization and extensibility in a radar informationprocessing process. According to the method, input and output of the radar information processing process are encapsulated by designing interface adapters, a data interface input into the radar information processing process is standardized, an output data interface of the radar information processing process is standardized, input and output in all links of the radar information processing process are both subjected to standard design, and the variability of external interfaces of the radar information processing process is subjected to extension and adaptation through the interface adapters.The interface adapters are divided into a front-end interface adapter and a back-end interface adapter, wherein the front-end interface adapter is designed according to different radar front-ends tosolve the problem that data interfaces at different radar front-ends are inconsistent; and the back-end interface adapter is designed according to different radar display terminals to solve the problem that data at different display terminals is inconsistent.

Description

technical field [0001] The invention relates to a layered information processing method based on standard interface adaptation. Background technique [0002] In the process of radar information processing, due to the variety of radar types and models, the definitions of the information processing data formats are different. The traditional design method is to design special data formats for different radar types and models to meet their specific functional requirements, resulting in different types and models of radars. The design of information processing circuits and modules is different, and the radars cannot share functional algorithms. Or the functional algorithm cannot be easily transplanted; the newly developed or researched functional algorithm needs to be modified adaptively for the specific radar model, resulting in inconsistency of the functional algorithm version. Without backup and maintenance, the workload is huge, and even the models with a long history will ...

AI Technical Summary

Problems solved by technology

When it is necessary to transplant an information processor of radar type A to other active radars or newly designed radar product B, since the data message formats between radar models are different, the information processing software of the information processor of radar type A must be Modifications are made to suit the data telegram format of the radar type B that needs to be ported to, which can easily lead to new software errors during the software modification process

In the end, although the functional algorithms of the information processor software of radar type A and radar type B are consistent, due to the change of the data message format, the software versions of the two types of radar information processors will be inconsistent

Images