Charged reciprocal file loading system

Abstract

This invention relates to interlink between a server terminal and multiple customer / peer terminal as a part of networks, when downloading peer files to be kept accounts, the customer terminal sets up and accesses accounts on a server, and the client gets information files related to interested data files from the server, and said information files include network address of a tracker module, the client terminal accesses said tracker module to get one or multiple peer terminal network positions of multiple segments / slices with data files, the client terminal selects and associates with the peer terminal to get data file segment, and the client terminal and / the selected peer terminal transmits the kept account data related to the transmitted data volumes to the tracker module safely, which transfers them to the server for the sake of making tabs.

Description

Technical field [0001] The present invention relates to communications, and more specifically, the present invention relates to file transfer services on packet data communication networks or other communication networks. Background technique [0002] Wide-area, packet-data computer networks (such as the Internet) are directly or indirectly interconnected with a large number of computer terminals and other electronic devices over a large geographic area. This allows information and data to be shared among multiple terminals and users in an efficient and distributed manner. In addition to data transmission for communication purposes, such as packet data related to websites, the Internet and similar packet data networks are gradually being used to transfer large data files from one terminal to another. For example, as the available data bandwidth has increased (with correspondingly faster data transfer rates), the Internet is now used to obtain electronic music files, books and oth...

AI Technical Summary

Problems solved by technology

Network bandwidth consumption will only increase with the number of peer-to-peer users, the number of file downloads, and the file size

The process of identifying peer-to-peer applications and / or instances of peer-to-peer file transfers is complex

Complex peer-to-peer protocols that dynamically hop to different communication ports, making them difficult to detect, monitor, and control

many existing devices and unsophisticated service control technologies lack the ability to detect altered peer-to-peer protocols, hampering network service providers' ability to handle peer-to-peer application management

Peer-to-peer systems also have the potential for copyright infringement if users engage in the unauthorized transmission of copyrighted material

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