Method and system for increasing mobile network resource utilization rate

Abstract

The invention relates to a method and a system for increasing mobile network resource utilization rate. The method includes the steps: transmitting an access request by a terminal; comparing the frequency of network access failure of the terminal within a recorded set time with a set failure threshold frequency; searching available service terminals on the periphery of the terminal by wireless direct-connecting technology if the frequency is higher than the threshold frequency; realizing bidirectional authentication certification of a cooperation application terminal and the available service terminals; determining the service terminals receiving cooperation requests according to the states of the service terminals and wireless link quality of the cooperation application terminal and the service terminals; determining whether to agree with the cooperation requests or not according to resource conditions by the service terminals receiving the cooperation requests; determining a sole service terminal according to response of the service terminals to the cooperation requests; transferring all data messages to the determined service terminal by the cooperation application terminal, and establishing communication relationship with a network by the determined service terminal. Interference sources in the mobile network are decreased by cooperation among the terminals.

Description

technical field [0001] The present disclosure relates to the technical field of mobile communication, and in particular, to a method and system for improving the utilization rate of mobile network resources. Background technique [0002] With the popularization of smart terminals, the C / S (Client / Server, client / server) mode has become the only characteristic mode for various applications to enter the mobile Internet field. In addition to the information interaction required by the application itself, the client and the server Some applications may also include periodic information interaction between the two, which is generally considered as a keep-alive heartbeat and is commonly used in instant messaging applications; it may also include the server pushing information to the client from time to time, for example, advertising message push, News push, software version update notification, etc.; it may also be some basic information reported by the client to the server, as inf...

AI Technical Summary

Problems solved by technology

[0005] like figure 1 As shown, in a general communication scenario, terminal a has established a service channel connection with the base station, and can normally use packet domain services (for example, mobile Internet applications, M2M data reporting, etc.); while terminals b and c try to establish a service channel with the base station The connection of the traffic channel may be due to the poor wireless environment in which it is located or the high interference level of the reverse link on the base station side. The two terminals have always been unable to successfully access the network, and because most of the access channels of the system adopt a ladder type In order to ensure successful access, each user can repeatedly send the same probe sequence several times during an access attempt, and each probe sequence can contain several probes. The transmission power of the needle increases in a stepwise manner. At this time, terminals b and c frequently try to access, not only fail to achieve their own successful access to the network, but also cause a lot of interference to the system, making the terminal The rate of a is affected by it, the application experience will be worse, and the utilization rate of network resources will be significantly reduced

Images