A collaborative computing method and system

Abstract

This specification discloses a collaborative computing method and system. The method is applied in a system including a transfer module, at least one front computing module and at least one post computing module, and the front computing module and the post computing module are configured in different devices. The method includes: after any pre-computing module obtains the input data of any computing task, it performs pre-processing to obtain an intermediate calculation result; determines the topic type to which the computing task belongs; constructs a Topic message, which transmits the topic message to the transfer module; the transfer module receives the topic message sent by each pre-computing module, and forwards the topic message identified by the specific topic type to the corresponding post-computing module according to the corresponding relationship between the topic type and the post-calculation module Calculation module; any post-calculation module receives the topic message, obtains the intermediate calculation result through parsing, and performs post-processing on the intermediate calculation result to complete the calculation task.

Description

technical field [0001] The embodiments of this specification relate to the technical field of computer applications, and in particular to a collaborative computing method and system. Background technique [0002] At present, in the actual business processing process, there are many computing tasks with real-time processing requirements, and calculation results need to be obtained in a relatively short period of time. Taking the fingerprint unlocking scenario as an example, after obtaining the fingerprint information, it is necessary to obtain the verification result and unlock it in a short period of time. The time needs to be shorter than the time it takes to unlock the password, so there is a need for real-time processing. [0003] When the amount of data processing and business complexity increase, only using a single device to handle all computing tasks will face problems such as insufficient computing power and multi-task competition for computing resources. For exampl...

AI Technical Summary

Problems solved by technology

Among them, complex computing operations and high-precision rendering operations are very computationally intensive. If processed on a single device, it will be difficult to meet the low-latency requirements, thereby affecting user experience.

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