Design And Implementation Of Development Test System Based On Atml For Platform Management Module

UAV to the core module(platform management module) to the measured object and the development of universal automatic test system that enables the platform management module delivers the message frame flow modeling as an input signal is processed by the test case, parsing and transmission, processing and storage and data translation and eventually will get real results back to the scheduling software for inspection and other functions. For the developed test system has more versatility and practicality, the introduction of ATML(Automatic Test Markup Language) in the system development process, XML(Extensible Markup Language) and other language and concepts to standardize and strengthen the automatic test system, so that the final development of the system to achieve common standards and strengthening capacity in data transmission, processing and the like.In this thesis, the UAV platform management module development, commissioning work for the project background, research and development can be applied to a set of common ground automatic test system more models, multi- interface, multi-purpose functions, requiring the system to quickly, reliably and efficiently platform administration module for a full range of test and fault detection, location and prompts warning functions. The system uses multiple advanced communications sector(1553B etc.) and configure multiple computer systems with high-tasking capabilities and real-time performance and other aspects have higher requirements. R & D Systems modular development model at three levels(interface level, device level, system level) are progressive development, debugging, to co ntinue to complete the system development work, which will involve more data communications, data management and processing mechanism mechanism.By building three hardware framework, design, commissioning and commissioning of forming a set of software system architecture of the automatic test system, which is defined by the ATML standard developed systems, XML data is most active in reading, processing and storage enter the local system by modeling test cases instead of the input signal. The system has a low coupling module interfaces and high versatility in the hardware layer, the assembly having high portability, ease of strong, comprehensive data communications and processing mechanism in the software layer, also has a cost low, less time-consuming, scalability, and other characteristics.