Complex parameter-based configuration display control system

Abstract

The invention discloses a complex parameter-based configuration display control system. The system comprises a data configuration module, a control design module, an interface configuration module and a display terminal module. The data configuration module realizes configuration of test coverage parameters, a data frame protocol, a parameter processing formula and a user login right. The control design module realizes a configuration control design and supports a user to self-define controls. The interface configuration module is used for quickly configuring a terminal interface which meets the requirement of a test task. The display terminal module loads the test task terminal interface accessible for the current user, interacts with a data center, receives test parameter data and attributes sent by all configuration controls, and performs display. According to the system, a set of software is applied to different types of universal targets; a universal interface is designed for the controls; self-defined function development can be performed based on existing functions; and real-time monitoring of complex parameter test data of an aircraft is realized, so that the cost is reduced and the development efficiency is improved.

Description

technical field [0001] The invention relates to a display and control system based on complex parameter configuration, which belongs to the technical field of testing. Background technique [0002] With the continuous improvement of the launch frequency of my country's aerospace vehicles and the increase of various pre-research models, higher requirements are put forward for the test efficiency of the aircraft. At present, the technical implementation methods of the measurement, launch and control software are mainly divided into two categories, traditional code implementation and configuration-based technology implementation. [0003] Due to the differences in the task requirements of specific models of traditional test and control software, according to the specific requirements of the test, the functions are all realized through code customization and development. A set of software can only be used for one model and test task. Once the task requirements and test plan are ...

AI Technical Summary

Problems solved by technology

However, aerospace vehicles involve complex telemetry parameters. Different types of aircraft and models have different design and processing of parameters. Once the data processing end changes, the editing and monitoring of the interactive interface cannot be applied.

And the design of the configuration control of the existing measurement and control software is limited to specific project types. Although custom controls can be integrated, the design of the control itself lacks a generalized interface. Users need to write a lot of codes to expand control functions and develop new controls. Difficult to integrate

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