基于全光网基础架构的智慧云教学录播系统建设实践  

Construction Practice of Intelligent Cloud Teaching Recording and Broadcasting System Based on All-Optical Network Infrastructure

作　　者：周龙 ZHOU Long(Nanjing Vocational College of Finance and Economics,Nanjing 210000,China)

机构地区：[1]南京财经高等职业技术学校,江苏南京210000

出　　处：《数字通信世界》2024年第8期80-82,共3页Digital Communication World

基　　金：江苏联合职业技术学院立项课题(B/2022/11/156)高职多校区全光网络建设的实践研究。

摘　　要：该文首先介绍了全光网基础架构的优势,包括高速率传输、低衰减、低延迟、高可靠性以及易于管理和维护等特点;随后,详细阐述了全光网基础架构在智慧云教学录播系统中的应用,包括实现一校多区异地同步教学、教学质量常态化监控以及优质资源共建共享等功能。这些功能通过远程互动智慧教室、在线听查课平台以及录播系统的建设得以实现,提高了教学效果和资源利用率;最后,总结了全光网基础架构对智慧云录播系统建设的影响,包括提供高速稳定的网络传输、优化网络架构、提升录播质量以及推动智慧云录播系统的发展等。总体而言,全光网基础架构为智慧云教学录播系统提供了强大的网络支持,推动了教育领域的数字化转型。This article highlights the advantages of the all-optical network infrastructure,including high-speed transmission,low attenuation,and reliability,making it suitable for the intelligent cloud teaching recording and broadcasting system.This infrastructure enables synchronous teaching across multiple school districts,constant monitoring of teaching quality,and sharing of quality resources.It achieves these through remote interactive classrooms,online listening platforms,and recording systems,enhancing teaching effectiveness and resource utilization.The all-optical network not only provides stable network transmission but also optimizes the network architecture,improving recording quality and propelling the development of the intelligent cloud recording system.Overall,it strongly supports the digital transformation of education.

关 键 词：全光网基础架构 数字化校园 云录播系统 

分 类 号：G43[文化科学—教育学] TN913[文化科学—教育技术学]