With the rapid development of technology, 6G technology is gradually transitioning from theoretical blueprints to practical applications, emerging as the future star in the field of mobile communications. Compared to 5G, 6G not only achieves significant improvements in key indicators such as data transmission speed, latency control, and connection density but also demonstrates unprecedented potent……

In today’s digital wave sweeping the globe, the internet has become a bridge connecting the world. With the explosive growth of smart devices, the demand for high-speed, stable, and high-capacity wireless connections is increasingly urgent. However, existing wired and wireless communication technologies are facing severe challenges of bandwidth depletion. Against this backdrop, 60GHz millimeter wa……

In today’s rapidly evolving technological landscape, the iteration of communication technologies surges forward like a wave, driving human society to progress continuously. With the widespread application and deep penetration of 5G, discussions and visions about 6G wireless communication technology have quietly emerged. Among this grand blueprint, reconfigurable and dynamic antenna technologies ha……

With the rapid development of technology, the complexity of telecommunications systems is increasing, and traditional design methods led by human engineers are facing unprecedented challenges. To address this trend, artificial intelligence (AI) is gradually occupying a central role in the design and operation of telecommunications systems. The introduction of AI aims not only to solve current tech……

In the field of wireless communication, with the continuous advancement of technology and the ever-increasing demand, traditional design methods have become inadequate for meeting current and future needs. To address this, Artificial Intelligence (AI) is emerging as a pivotal force driving the development of wireless communication. Among its applications, channel autoencoders are showcasing their ……

Common misconceptions about vector signal analysis include the following: Calibration Problem: Calibration of a vector network analyzer is a critical step in ensuring measurement accuracy. Common calibration methods include SOLT (Short-Open-Load-Thru) and TRL (Thru-Reflect-Line). However, it is easy for operators to fall into misconceptions when using these methods, such as incorrectly assumi……