Development of a Social Sports Management Information Platform Utilizing Wireless Network Technology for Enhanced Biotechnological Engagement

Abstract

Traditional social sports management platforms often suffer from time inefficiencies, large error margins, and poor accuracy and stability. To address these issues, this study presents the development of a novel social sports management platform enhanced by wireless network technology, particularly tailored for applications within the biotechnological sector. The platform features an innovative architecture that integrates a single chip microcomputer ST7Flite05, a coordinator master chip, dual SAN switches for seamless mode switching, and an optical cable channel control card to establish a robust storage area network. A specialized module for social sports data detection and collection leverages power amplification and drive control techniques to ensure accurate data capture. Post-collection, data is preprocessed using Wiener filtering and secured through homomorphic encryption algorithms during storage processes, enhancing both security and efficiency. Experimental validation of the platform indicates superior anti-noise robustness, reduced time consumption, and improved data type categorization and storage effectiveness. Furthermore, the platform demonstrates high accuracy in data acquisition and maintains robust security and stability, significantly enhancing the practicality of social sports management. These advancements affirm the platform's potential value in improving the management and engagement strategies in biotechnological contexts, offering a promising tool for facilitating enhanced data-driven decision-making in social sports activities.