Dynamic scheduling method for rendering task

Abstract

The invention relates to a dynamic scheduling method for a rendering task. Aiming at the problems of scheduling consumed time of a management system and a rendering unit and rendering abnormity, a traditional solution adopts a one time static scheduling strategy, and then the rendering result has multiple failure frames. The method aims at reducing the lens operation overall rendering failure rate, a multiple dynamic scheduling strategy is adopted, and a rendering task scheduling algorithm is achieved. The core concept of the algorithm is that by means of multiple dynamic scheduling, the rendering result failure problem caused by rendering unit abnormity is reduced as much as possible, by means of real-time rendering unit abnormity detection, the utilization rate of node resources is effectively increased, and the rendering failure rate is lowered.

Description

technical field [0001] The invention belongs to the technical field of computers, and in particular relates to a dynamic scheduling method for rendering tasks. Background technique [0002] The animation industry is an important part of a universal international cultural industry, a film and television industry that combines information technology and humanistic culture and is accepted by people with different backgrounds, cultures and regions. The animation industry is a country's green asset. It has the characteristics of basically zero pollution and low energy consumption, and can obtain considerable economic income, realize cultural dissemination, enhance the country's soft power, and enhance the country's cultural influence. Therefore, the development of the animation industry is a global Policies with very obvious tendencies. [0003] At present, the generation of animation pictures through computational rendering has become one of the important ways of animation prod...

AI Technical Summary

Problems solved by technology

[0006] The mode of the rendering unit will increase the instability of rendering execution, resulting in the failure of too many tasks to render, resulting in a waste of rendering resources. However, the traditional task scheduling strategy ignores the consideration of the instability of the rendering system, making the resource utilization Effective use is severely limited

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