With the rapid development of technology, multi-target tracking technology plays a crucial role in numerous fields. These include real-time tracking of surrounding pedestrians, vehicles, and obstacles in autonomous driving, continuous monitoring of multiple moving objects in intelligent surveillance systems, and control of the positions and trajectories of drones in formation flight. As a core component of multi-target tracking technology.
As key tools for human-computer interaction, the performance of keyboards and mice directly affects the user experience. The emergence of Ultra-Wideband (UWB) modules has brought revolutionary changes to the performance of keyboards and mice, especially their high bandwidth and low-latency characteristics, which bring users an unprecedented operational experience.
With the rapid development of technology, intelligent mobile devices are being applied more and more widely. Among them, automatic follow cars have demonstrated great potential in many fields due to their convenience and efficiency. In order to achieve the precise following function of cars, Ultra-Wideband (UWB) technology has emerged as the times require. With its unique advantages, UWB technology provides strong support for the development of automatic follow cars.
?In the era of rapid technological development, smart home has gradually evolved from a concept into reality, penetrating every corner of people's lives. As an indispensable part of home life, bathroom spaces are also undergoing profound (smart) transformations. Among these, the application of radar sensing technology shines like a bright new star, injecting strong momentum into the intelligent development of bathroom fixtures and bringing unprecedented convenience and comfort.
With the rapid development of technology, wireless audio devices are constantly innovating to provide users with a better listening experience. Among them, Ultra-Wideband (UWB) technology has gradually emerged, injecting new vitality into the headphone industry.
corridors serve as critical areas for pedestrian traffic, making the intelligence and energy efficiency of lighting systems important considerations in architectural design. Traditional corridor lighting mostly uses manual switches or timer controls, which are not only inconvenient but also lead to energy waste. The introduction of radar modules, they enable lighting systems to accurately sense environmental changes and provide lighting on demand.a