It is used to provide a common integrated verification, test, and test environment for all types of equipment. It realizes hardware reuse through the modular design of software and hardware, and forms a flexible test platform, which is suitable for testing and testing of different models and different equipment.
Distributed test environment
The high-real-time architecture is adopted to realize the joint test and concurrent test of multiple avionics systems to meet the requirements of high-precision time synchronization of test data.
Decoupling of middleware-based systems
Adopt the industrial Internet architecture, break through the core technologies such as data interconnection, distributed processing, software and hardware decoupling, and improve the generalization level of aviation testing.
Test cases are generated quickly
Graphical editing of test cases and graphical configuration of test cases according to specific test tasks improve the consistency, integrity and control of the entire test cycle.
Real-time monitoring of resource status
Task execution is autonomously controlled
Real-time statistics on task status
Power-up timing analysis;
Key signal timing analysis;
Fault Signal Attribution Analysis.....
