In the context of rapid global economic development, modern measurement and control technology is showing a thriving trend of diversified applications. This technology is not only widely used in various practical scenarios, but also promotes its rapid progress. Its characteristics include high precision, high efficiency, intelligence, and networking, which make modern measurement and control technology play an increasingly important role in industrial applications.


Wide application of measurement and control technology
With the prosperity of the economy and technological progress, the application of measurement and control technology is becoming increasingly widespread. Through the continuous efforts of researchers, significant progress has been made in measurement and control technology. However, compared with industrialized countries in the world, there is still a certain gap in China""s measurement and control technology level.


The widespread application of modern measurement and control technology in various fields has promoted the rapid development of technology and demonstrated the characteristics of high precision and intelligence. Through the efforts of researchers, measurement and control technology has been popularized in many fields, such as automatic control, precision measurement, etc. Meanwhile, the characteristics of modern measurement and control technology include high precision, high efficiency, intelligence, and networking, making it an essential technical means in many scenarios.

Innovation and breakthroughs in new technologies
New sensor technology, modern measurement and control bus technology, virtual instrument technology, remote measurement and control technology, and measurement and control system integration technology together constitute the development trend and direction of modern measurement and control technology, which involves a wide range of disciplines.


The new sensor technology plays a crucial role in the inspection process of the A380 horizontal stabilizer components, providing strong guarantees for the safety and stability of the aircraft. At the same time, with the integration of microprocessors and network technology, the application of new sensors in measuring instruments and measurement and control systems has become increasingly widespread, becoming a key force in promoting the development of modern measurement and control technology.


Modern measurement and control bus technology is becoming increasingly mature, including various standards such as GPIB, VXI, CPCI, PXI, USB, IEEE 1394, etc. New sensors and virtual instrument technology provide strong support for innovation in measurement and control technology, leading the technology towards integration and intelligence. The emergence of virtual instrument technology has not only changed the concept of traditional instruments, but also demonstrated significant advantages in practical applications.


▣ Remote measurement and system integration
Remote measurement and control technology, as the cornerstone of modern communication networks and remote measurement and control systems, has become increasingly important. With the increasing complexity of measurement and control tasks and the growing demand for large-scale measurement and control, this technology has become an indispensable solution.

The development of remote measurement and control technology and integration technology of measurement and control systems has enhanced the flexibility and cost-effectiveness of measurement and control systems. Through remote measurement and control, not only can system costs be reduced, remote measurement and control and resource sharing be achieved, but also remote diagnosis and maintenance of measurement and control equipment can be carried out, thereby significantly improving measurement and control efficiency.