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Video demand system architecture for hand-hold communication device to support IPV6 network and method therefor

A network video and handheld communication technology, applied in the field of intercommunication on-demand structure, to achieve the effect of reducing data flow, cost reduction, and bandwidth waste

Inactive Publication Date: 2008-10-15
SHANGHAI BASECOM TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

At the same time, this method solves the problem that the handheld device uses the existing video resources without any changes to the existing resources.

Method used

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  • Video demand system architecture for hand-hold communication device to support IPV6 network and method therefor
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  • Video demand system architecture for hand-hold communication device to support IPV6 network and method therefor

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Abstract

The invention provides a framework and a method of the VOD system of an IPv6 network supported by handheld communication equipment, mainly overcoming the defects of image quality and data transmission that exist in the prior art. Image quality and transmission functional modules are respectively and additionally arranged on the handheld communication equipment and a network server, an answering solving agreement is provided and implementing detailed rules are provided for specific implementation, thereby improving the unobstructed degree of a data flow, reducing unnecessary transmission bandwidth and saving expenses and costs. Meanwhile, an idea of supporting clients based on classification and a method for utilizing existing resources are provided to promote supporting efficiency.

Description

Architecture and method of video-on-demand system supporting IPV6 network for handheld communication equipment technical field The invention relates to an intercommunication on-demand structure and method of a communication device and a network server. Background technique The existing intercommunication on-demand architecture of mobile phones and network servers is shown in Figure 3. The two are connected together in the form of a C / S structure, and the connection between them needs to support functional modules: A, on the terminal, i.e. the client C, include an on-demand platform 11, such as interface / protocol layer, audio and video codec 12, network communication module 13, such as RSVP, IPV6 protocol stack (TCP / IP), OS and sign 14 , such as BB / MAC and radio frequency device 15; B, then comprise on-demand server 21 at network server end (S), as interface / protocol layer, audio-video codec 22, network communication module 23, as RSVP, IPV6 protocol stack (TCP / IP), OS a...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H04N7/173H04L29/06H04N21/60
Inventor 吴斌
Owner SHANGHAI BASECOM TECH
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