Multimedia real-time lessons-giving system based on IP web

Abstract

The ivnention discloses a multi-media real time control lessons giving system based on IP network, it is made up of lessons giving end, listening end, class service center and multipoint control unit(MCU); it realize a live telecast of teaching through multi-media transcribing the teaching spot and network transmission, through multi-media and multi-mode intercommunication network the teachers and the students natural blackboard-writing teaching by the teacher, teaching content retrieving, share of applied procedure, teaching software skimming, electronic white board, real time control teaching software and the class management function, it broads the teaching scale.

Description

[0001] 1. Field [0002] The invention belongs to the technical field of computer design and application, and relates to computer software, information transmission technology, multimedia technology and network education / distance education. Especially related to a multimedia real-time teaching system based on IP network 2. Background technology [0003] With the development of information transmission technology, network education / distance education has been generally accepted by people, and the research in this field has also made remarkable achievements. After a novelty search, the applicant retrieved three patents related to the present invention and belonging to the field of video conferencing (VideoConference), which are: [0004] 1.Method for video telephony over a hybrid network; [0005] 2. System, method and article of manufacture with integrated video conferencing billing in a [0006] communication system architecture; [0007] 3. System, method and article of...

AI Technical Summary

Problems solved by technology

[0026] 1. It cannot support multicast data transmission across network segments, and the utilization rate of network bandwidth resources is low, which leads to great limitations in the number of end nodes and distribution range that the system can support

[0027] 2. Most synchronous real-time teaching systems directly adopt the multi-point group interaction mechanism in the video conference system, which is not suitable for real-time teaching

Using this interaction mechanism not only increases the complexity of upper-layer management, but also causes unnecessary system resource overhead, especially the overhead of network bandwidth resources.

[0028] 3. Lack of adaptive QoS control mechanism, mainly manifested in: 1. The QoS control mechanism cannot adapt to the dynamic nature of the network state

2. The QoS control mechanism has poor adaptability to the heterogeneity of the distributed environment

[0029] 4. Lack of an automatic courseware generation mechanism, the teaching site can only be saved as a media file, and the courseware that synchronizes the teaching plan with the teaching site cannot be generated

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