Analysis of future development trend of instrumentation

With the rapid development of science and technology and the continuous improvement of automation, China's instrumentation industry will also undergo new changes and gain new developments. The high technology of instrumentation products will surely become the mainstream of instrumentation technology and industry development in the future. With the rapid development of science and technology and the continuous improvement of automation, China's instrumentation industry will also undergo new changes and gain new developments. The high technology of instrumentation products will surely become the mainstream of instrumentation technology and industry development in the future.

Miniaturized micro-intelligent instruments refer to microelectronics, micro-mechanics, and information technology that are integrated into the production of instruments, making the instrument a small, full-featured intelligent instrument. It can complete signal acquisition, linearization, digital signal processing, control signal output, amplification, interface with other instruments, and human interaction. With the continuous development of micro-electro-mechanical technology, micro-intelligent instruments, their technologies continue to mature, prices continue to decline, so their application areas will continue to expand. It not only has the functions of traditional instruments, but also can play a unique role in the fields of automation technology, aerospace, military, biotechnology, and medical care. For example, it is currently necessary to measure several different parameters of a patient at the same time and perform control of certain parameters. Usually the patient's body is inserted into several tubes, which increases the chance of patient infection. Micro-intelligent instruments can measure multiple parameters at the same time. And it is small and implantable in the human body, making these problems solved.

Multifunctional multifunction is a feature of smart instrumentation. For example, in order to design faster and more complex digital systems, instrument manufacturers have created function generators with functions such as pulse generators, frequency synthesizers, and arbitrary waveform generators. This versatile integrated product not only offers higher performance (eg, accuracy) than dedicated pulse generators and frequency synthesizers, but also provides a better solution for various test functions.

Artificial intelligence artificial intelligence is a new field of computer applications. It uses computer to simulate human intelligence and is used in robots, medical diagnosis, expert systems, and proof of reasoning. The further development of smart devices will contain certain artificial intelligence, which replaces part of the human brain work, and thus in the visual (graphics and color recognition), hearing (speech recognition and language understanding), thinking (reasoning, judgment, learning and association) Other aspects have a certain ability.

In this way, smart devices can autonomously perform detection or control functions without human intervention. Obviously, the application of artificial intelligence in modern instrumentation allows us not only to solve a class of problems that are difficult to solve with traditional methods, but also to solve the problems that cannot be solved by traditional methods.