Integrating Microbial Systems into Digital Health-Focused Online Piano Teaching: A Cross-Disciplinary Study in Economics, and Technology Management
Yifan Zhang
Art Education Center, Zhengzhou University of Light Industry, Zhengzhou, Henan, 450002, China
DOI:https://doi.org/10.5912/jcb1577
Abstract:
This paper presents a novel exploration into the realm of online piano teaching, specifically through the integration of microbial systems, drawing upon cross-disciplinary insights from economics, biotechnology, and technology management. Our objective is to revolutionize the traditional piano teaching model by constructing an online teaching platform underpinned by micro service architecture. This platform leverages the evolutionary learning principles of bacterial communication, modelled on meta cellular automata, to simulate intricate user interactions and engagements on the platform, thereby fostering an innovative approach to piano education. This study’s core involves applying microbial communication systems to enhance the online piano teaching platform's interactive and adaptive learning environment. This approach represents a groundbreaking step in educational technology and illustrates the potential of biotechnological concepts in reshaping online learning experiences. The platform's development and operational efficiency are critically analyzed from an economic and technology management perspective. Performance testing indicates robust functionality under high user loads, with an exception rate of 0% and an average response time of approximately 4 seconds even with 300 concurrent threads. This demonstrates the platform's scalability and reliability, key economic viability and management factors. Furthermore, this interdisciplinary approach offers a fresh perspective on utilizing biotechnological insights in digital education platforms. The successful integration and performance of the platform underscore its potential as a pioneering model in online music education, opening new avenues for pedagogical innovation and exploration. It signifies a step forward in blending advanced biotechnological concepts with digital teaching tools, providing valuable directions for future research and development in piano teaching methodologies.