Task scheduling processing method, device and system

Abstract

The invention provides a task scheduling processing method, device and system. The method can comprise the steps that task processing channel information in a resource pool is mapped into channel resource information of a configuration center; when a scheduling request for at least one operation task is received, whether idle channel resources for processing the operation tasks are available is judged by querying the configuration center; and when idle channel resources exist according to the query result of the configuration center, task processing channels corresponding to the scheduling request are selected from the resource pool and allocated to the corresponding operation tasks according to resource allocation priorities set for the operation tasks. By use of all embodiments, the problem of channel blockage caused by crash of a single piece of operation can be solved by the adoption of the processing mode of configuring multiple channels, parallel submission and parallel processing of multiple operation tasks can be provided, needed resources are allocated for the operation tasks quickly and efficiently, and task scheduling processing efficiency and the resource utilization rate are greatly improved.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows jobs or groups of workers to work together more efficiently without being blocked up due to lacking communication between them. It uses different types of servers called channels (channels) - one serving both the primary scheduler's requester(s), which handles all its own data streams, and another responsible receiver/server where other users access their data sources through various means like email). Each user has specific instructions about how these chains operate correctly: if some ones fail, others will wait until someone else completes their requested service before continuously sending new messages over those links. By doing things well, systems such as web browsers and applications running within computers help streamline workflow processes while ensuring efficient management of network bandwidth usage.

Problems solved by technology

Technological Problem: Distributed Computing System Schedulers are designed with two technical problem addressed during these designs: efficient allocation of work requests among different threads without causing overload issues due to excessive waiting times caused by individual drivers executing concurrent processes; poor performance even after some failures while assigning new tasks to secondary workers based on previous ones.

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