A collaborative computing method and electronic device

Abstract

The present application provides a collaborative computing method and an electronic device, the method comprising: building a first collaborative computing platform; the business system initiates a task request to a management node in the first collaborative computing platform; the management node distributes the task request to a matching execution node middle; the execution node determines the data resource corresponding to the task request; when the data resource is located in the first data center corresponding to the first collaborative computing platform, the execution node executes the computing task directly based on the data resource, and returns the execution result to the business system; in the data When the resource is located in the second data center, the execution node sends the task request to the second collaborative computing platform, and the execution node of the second collaborative computing platform executes the computing task based on the data resource, and returns the execution result to the first collaborative computing platform, It returns the execution result to the business system. The collaborative computing method of the present application can realize real-time positioning of target users based on collaboration of multiple data centers.

Description

technical field [0001] The embodiments of the present application relate to the technical field of cloud positioning, and in particular, to a collaborative computing method and an electronic device. Background technique [0002] The "Statistical Bulletin of the Communication Industry in 2019" shows that the penetration rate of mobile phone users in my country has reached 114.4 units per 100 people, and the penetration rate of mobile phones in 26 provinces and cities across the country has exceeded 100 units per 100 people. With the increasing number of mobile phone users, the use of mobile terminals for positioning has also been promoted. Among them, operators can determine the user's location through the base station number of the user's various behaviors such as calling, texting, and surfing the Internet. This base station positioning technology can obtain the user's location information in real time. The reliability and continuity of the data are relatively high, but it i...

AI Technical Summary

Problems solved by technology

[0009] (1) When the distribution density of communication base stations is insufficient, due to the large radiation radius of communication base stations, accurate positioning cannot be obtained through communication base stations;

[0010] (2) In a certain position, a single mobile terminal is absorbed by multiple communication base stations at the same time, resulting in positioning position drift and deviation;

[0011] (3) When performing the statistical calculation of the mobile position, it is necessary to traverse the historical data, and the cost is high;

[0012] (4) When the target's trajectory spans multiple provincial data centers, the currently commonly used active-active data centers are not applicable, and it is impossible to quickly obtain the latest location of the target user

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