Method for optimizing data transmission of mobile terminal and mobile terminal

Abstract

The invention discloses a method for optimizing the data transmission of a mobile terminal and the mobile terminal. The method comprises the following steps that: data acquisition time interval and data transmission time interval are set respectively; when the timing of the data acquisition time interval is over, the mobile terminal acquires the data and caches the acquired data locally; after the data acquisition operation is finished, the mobile terminal starts the timing of the data acquisition time interval; when the timing of the data transmission time interval is over, the mobile terminal initiates to establish an air interface connection flow and transmits the locally-cached data in batch through the air interface connection; and after the transmission operation is finished, the mobile terminal releases air interface resource and starts the timing of the data transmission time interval, wherein the air interface is not used during the data acquisition; the air interface connection is established again during the data transmission; the air interface resource is released after the transmission is finished; and therefore, the occupation ratio of the air interface resource is greatly reduced.

Description

technical field [0001] The invention relates to the field of mobile network and application technology, in particular to a mobile terminal data transmission optimization method and a mobile terminal. Background technique [0002] With the popularity of mobile networks and applications, users have higher and higher requirements for mobile positioning and mobile data collection. The common characteristics of such applications are timing collection, short time intervals, and small transmission traffic. [0003] Currently, in mobile positioning and mobile data collection applications, mobile terminals mainly use long-connection online methods for data collection and transmission. [0004] see figure 1 As shown in the system structure, the mobile network side equipment serves multiple terminals. During the data transmission process, only when there is no new data transmission within a certain period of time (180 seconds), it will enter the dormant state and release the air inter...

AI Technical Summary

Problems solved by technology

This method has certain limitations: firstly, the waiting time required for the release of air interface resources is too long, the interval between mobile positioning and mobile data collection applications is short, and the frequent uploading of data will cause the air interface resources to be occupied all the time; in addition, by The air interface resource control initiated by the network side cannot take care of various application service modes one by one, and can only take a long waiting time to meet the needs of most application services

As a result, the air interface is always occupied, which greatly wastes network resources.

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