The invention relates to the technical field of
multimedia interaction, in particular to an intelligent
interaction control method and
system for digital exhibition hall
multimedia equipment, and the method comprises the following steps: S1, carrying out the arrangement of a sensor, and carrying out the intelligent sensing and data collection; s2, generating an intelligent
interaction strategy; s3, equipment cooperative control and execution; and S4, performing real-time feedback and
system optimization. According to the method, user behaviors and environment data are collected in real time through the multi-
modal sensor, user requirements are accurately speculated in combination with a
deep learning algorithm, the optimal
interaction strategy and task priority are generated, individuation and interaction efficiency of user experience are remarkably improved, multi-device cooperation is optimized through distributed task scheduling, and user experience is improved. According to the method, display content and environment parameters are dynamically adjusted, self-optimization of the
system is realized by utilizing
user feedback, real-time performance, smoothness and reliability of interactive experience of the exhibition hall are ensured, rapid fault response and accurate maintenance demand prediction are realized through
anomaly detection and equipment log analysis, and the stability and
sustainability of operation of the exhibition hall system are greatly improved.