Abstract Muscle strain is a common sports injury that significantly impacts patients' lives and work. Early detection and intervention of muscle strain are significant for preventing and treating muscle strain. However, traditional medical diagnostic methods often have certain limitations and cannot meet the needs of large-scale, fast, and accurate diagnosis. Therefore, this study aims to use data mining technology to identify... Muscle strain is a common sports injury that significantly impacts patients' lives and work. Early detection and intervention of muscle strain are significant for preventing and treating muscle strain. However, traditional medical diagnostic methods often have certain limitations and cannot meet the needs of large-scale, fast, and accurate diagnosis. Therefore, this study aims to use data mining technology to identify muscle strain and combine it with lower limb rehabilitation technology to provide new means for early detection and intervention of muscle strain. This article studies the validation analysis of lower limb rehabilitation for muscle strain recognition based on data mining. The feasibility and effectiveness of this method were verified by collecting patient motion data, using data mining technology to identify muscle strain, and combining it with lower limb rehabilitation technology. Read More Read Less

Abstract This paper provides an algorithm and program module based on the “Method for Calculation of Stability at Moderate and Big Heeling Angle of a Vessel”. The program is designed to assist the ship’s command staff by significantly simplifying the calculations related to the cargo plane and the vessel’s stability. The program is implemented in Matlab.... This paper provides an algorithm and program module based on the “Method for Calculation of Stability at Moderate and Big Heeling Angle of a Vessel”. The program is designed to assist the ship’s command staff by significantly simplifying the calculations related to the cargo plane and the vessel’s stability. The program is implemented in Matlab. Read More Read Less

Abstract In the document on Web 2.0 Strategies for Bitola, the authors shared the strategies they have implemented in Bitola. The project began in 2010 and has already proven a successful marketing tool. The authors witnessed an increase in the number of visitors, a higher level of communication, and a more positive public image of the museum... In the document on Web 2.0 Strategies for Bitola, the authors shared the strategies they have implemented in Bitola. The project began in 2010 and has already proven a successful marketing tool. The authors witnessed an increase in the number of visitors, a higher level of communication, and a more positive public image of the museum Read More Read Less