Network with memory function

Abstract

The key points of the disclosed distribution typed storing network are that net element of network device possesses storage function; through uniform numbering and encoding, external data forming network information elements are stored in network. Based on frequentness of external access, network information elements are distributed on network. When up layer application accesses, network obtains information of network information element from easiest obtained net element of target network. The invention not only makes routers possess transmission function, but also possess storage function, and stores hotspot information to hot place in network automatically. Using the invention can develop each abundant service.

Description

technical field [0001] The invention relates to network technology, in particular to a network with storage function. Background technique [0002] Traditional networks include telecommunication networks, computer networks, radio and television networks, etc. There are also various specific forms on computer networks, but they all conform to the OSI reference model. At present, these networks are beginning to merge, and the unique services on each network will be available simultaneously. Running on a network, such as the transmission of a large amount of video data on a computer network, etc., the traditional network architecture cannot meet people's increasingly rich needs, especially the demand for video services. Contents of the invention [0003] The purpose of the present invention is to provide a network capable of supporting large-capacity and wide-ranging video-on-demand applications. The network requires an active memory function and certain intelligence. [000...

AI Technical Summary

Problems solved by technology

[0002] Traditional networks include telecommunication networks, computer networks, radio and television networks, etc. There are also various specific forms on computer networks, but they all conform to the OSI reference model. At present, these networks are beginning to merge, and the unique services on each network will be available simultaneously. Running on a network, such as the transmission of a large amount of video data on a computer network, etc., the traditional network architecture cannot meet people's increasingly rich needs, especially the demand for video services

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