With the continuous deepening of industrial automation, automatic test systems play an increasingly important role in the communications field, software industry, artificial intelligence and other fields. Traditional automatic test systems are mainly based on wired connections, which are easily subject to various limitations. In many scenarios, there are problems such as difficult wiring, incompatible interfaces, long development cycles, and poor scalability. Wireless communication is an effective way to solve this series of problems, however, different wireless communication technologies are suitable for different scenarios, and it is difficult to use one protocol to adapt to most measurement scenarios. To solve this problem, our project team developed a universal wireless adaptation terminal that can perform wireless adaptation to test instrument terminals using different protocols and different interfaces, expand their wireless communication capabilities, and be compatible with a variety of Wireless communication protocols.
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Zhou et al. (2024) studied this question.
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