Optimization Method of Art Design Resource Scheduling for 6G Network Environment in Colleges and Universities

Abstract

In order to solve the problem of low flexibility margin of traditional art and design resource scheduling in colleges and universities, an optimization method for art and design resource scheduling in the 6G network environment has been designed. By determining the flexibility margin index of university art and design resource scheduling, the scheduling optimization model is established, the scheduling communication parameters are set for the 6G network environment, the delay of university art and design resource scheduling is perceived, the period of insufficient flexibility is searched, and elimination measures are taken to realize the optimization of university art and design resource scheduling. The experimental results show that the margin of the designed scheduling method is always higher than that of the experimental control group in the same scheduling period, which can solve the problem of low scheduling flexibility margin of traditional methods.

The course on modern 5G/6G networks: A step toward understanding a flexible network core

“…5G technology has been in use for some time, but we cannot consider it a mature technology. Although 5G implementation is far from being completed in most global markets, scientists have already started researching and developing 6G [51]. Therefore, the question justifiably arises: Is there already a need to introduce 6G in education, or is it still early?…”