Application in virtual instrument structure design

The integration of instrumentation and measurement technologies with computer systems has significantly enhanced the accuracy and intelligent automation of measurement processes. Particularly, the rapid advancement in computer hardware softening and software modularization—especially the rise of virtual instruments—has led to a more unified approach in networked system resources. This progress has created better conditions for the continuous improvement of the intelligence level in modern instrumentation. In the design of instruments and their structures, manufacturers traditionally provided intelligent virtual instrument drivers in source code form. To simplify the user experience and improve development efficiency, they continuously refined the programming quality and operational performance. Leveraging the flexibility of programming, several manufacturers introduced new driver specifications for intelligent instruments based on the VXI plug-and-play bus standards. These improvements have notably enhanced the structure and performance of virtual instruments. Firstly, the design emphasizes user-friendliness, ensuring intuitive operation while preserving the high-level programming interface from the original VXI standard. This allows users to access the same function call format, maintaining consistency and ease of use. Secondly, by utilizing the latest LabWindows/CVI 5.0 development tools, intelligent instrumentation enables automatic generation of IVI (Intelligent Virtual Instrument) driver code through human-computer interaction. This reduces a significant amount of manual coding, standardizes the programming style, and makes it easier for users of all levels to use and maintain the software. Thirdly, smart techniques are applied to identify, track, and manage various instrument states and settings. Users can directly access low-level configurations and benefit from intelligent state management, allowing them to switch freely between “test development” and “normal operation” modes. In test development mode, the driver automatically performs status checks to detect programming errors, while in normal mode, it runs at high speed, ensuring both safety and efficient performance. Additionally, thanks to the implementation of intelligent methods, the driver supports multi-threading and safe parallel testing. It also includes powerful simulation capabilities, enabling program development and testing without connecting to actual instruments. The driver's operation is solely related to the test function, independent of the instrument’s interface bus method. Only one initialization function, InitWithOptions, is used to distinguish the interface bus type and geographical location. In summary, by adopting a range of intelligent automation techniques, virtual instruments have overcome the limitations of previous VXI plug-and-play standards, such as inefficient operation, inconsistent programming styles, and complex development processes. As a result, they now offer a unified, efficient, reliable, and user-friendly solution, demonstrating the profound impact of intelligent automation on the evolution of virtual instruments and the broader field of instrumentation.

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