Guillotine and Tiling Cofiniteness in Unary Picture Languages
研究通过水平垂直拼接或平铺操作生成足够大图片的条件，给出了一种精确算术表征方法。
0 citationsRead paper
Selected work
Representative Papers
Wi-Fi Rate Adaptation for Moving Equipment in Industrial Environments
Wi-Fi rate adaptation algorithms struggle to simultaneously achieve low latency and high reliability in industrial mobile scenarios (e.g., autonomous robots, exoskeletons). Method: This paper presents the first systematic empirical evaluation of the widely adopted open-source Minstrel algorithm under both static and dynamic industrial conditions, analyzing key reliability metrics—including end-to-end transmission latency and packet loss rate—through real-world measurements. Contribution/Results: Results reveal fundamental limitations of Minstrel in mobile settings, including delayed adaptation responses and frequent misjudgments as device mobility increases. The study demonstrates that Minstrel’s design inherently fails to satisfy the stringent deterministic communication requirements of industrial applications, exposing structural inadequacies in dynamic environments. These findings provide critical empirical evidence and design guidelines for developing next-generation rate adaptation mechanisms—specifically, centralized, digital-twin-enabled frameworks capable of predictive control and optimization.
0 citationsRead paper
Recent publications
Latest Papers
Guillotine and Tiling Cofiniteness in Unary Picture Languages
研究通过水平垂直拼接或平铺操作生成足够大图片的条件，给出了一种精确算术表征方法。
0 citationsRead paper
Wi-Fi Rate Adaptation for Moving Equipment in Industrial Environments
Wi-Fi rate adaptation algorithms struggle to simultaneously achieve low latency and high reliability in industrial mobile scenarios (e.g., autonomous robots, exoskeletons). Method: This paper presents the first systematic empirical evaluation of the widely adopted open-source Minstrel algorithm under both static and dynamic industrial conditions, analyzing key reliability metrics—including end-to-end transmission latency and packet loss rate—through real-world measurements. Contribution/Results: Results reveal fundamental limitations of Minstrel in mobile settings, including delayed adaptation responses and frequent misjudgments as device mobility increases. The study demonstrates that Minstrel’s design inherently fails to satisfy the stringent deterministic communication requirements of industrial applications, exposing structural inadequacies in dynamic environments. These findings provide critical empirical evidence and design guidelines for developing next-generation rate adaptation mechanisms—specifically, centralized, digital-twin-enabled frameworks capable of predictive control and optimization.
0 citationsRead paper