Dynamic real-time data association method for optical fiber reflection memory network

Abstract

The invention belongs to a data parallel connection method, in particular to a dynamic real-time data association method of an optical fiber reflective memory network. It includes: step 1, establishing the identification model of module data port and interactive data size in the integrated simulation test system; Initial data relationship matrix between modules in the simulation test system, step 4, simulation operation. The obvious beneficial effect of the present invention is: adopting this method, the integrated simulation test system can realize the real-time dynamic correlation of the data interaction relation inside the whole system by constructing and changing the data relation matrix.

Description

technical field [0001] The invention belongs to a data parallel connection method, in particular to a dynamic matrix real-time data association method of an optical fiber reflective memory network. Background technique [0002] The current aerospace vehicle technology is developing towards a more complex system and more advanced technology. Matrix Under this trend, aerospace vehicles need to achieve high-confidence performance matrix evaluation under the full duty cycle, so the "integrated matrix integrated simulation technology" that combines mathematical simulation technology systems and hardware-in-the-loop simulation test technology is of great help Confidence degree of work cycle efficiency evaluation, the matrix provides quantitative data reference for the overall program formulation and system development is of great significance. The core of the integrated matrix integrated simulation technology is to realize the tightly coupled co-simulation experiment between hete...

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Problems solved by technology

[0006] This application faces the problem of matrix dynamic real-time data interaction between a large number of internal modules for the integration of simulation system and test system. Currently, the methods for determining the matrix of data interface relationships in complex systems are all based on interface relationship files or relational databases, which cannot be implemented in the system. The problem of real-time dynamic association of the data interface relationship in the matrix process provides a method that can autonomously perceive and configure the data relationship between modules in the simulation and test integration system through the calculation matrix computer, and the matrix is ​​not modified in the system. Under the premise of realizing the method of dynamically changing the matrix of the internal data interface relationship of the system, the system builder only needs to determine the initial data relationship matrix inside the system and the data format of each interface in the matrix part of the system to realize the free expansion of the system and the dynamic interface relationship change matrix change

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