基于均衡任务调度的网络工程实训管理系统优化设计

摘要

The network engineering training management systems existing in universities need large amount of funding, have complex system structures and weak balance force between practical training and theory teaching,which is possible of making the systems produce more incorrect codes. In addition,the systems can not result in strong gain for training projects. Therefore, on the premise of low cost,an optimization design is conducted for the network engineering practice training management system based on equilibrium task scheduling. The system takes practical training as the task node to build a balanced task scheduling model and optimize the training process of network engineering on the basis of analyzing the influence factors on network engi-neering practice training effect. B/S pattern is adopted to design the system function module to achieve the system′s reasonable adjustment for the content of the network engineering training project. The experimental results show that,compared with the sys-tem existing in each university,the designed optimization system has the characteristics of low bit error rate and high training project gain rate.%各高校中现存在网络工程实训管理系统资金投入大、系统结构复杂并且实训与理论教学平衡力不强的问题,导致系统产生了较多的错误编码,并且对实训项目的增益程度不强.为了解决该问题,以低成本为前提,对基于均衡任务调度的网络工程实训管理系统进行优化设计.所设计的系统通过分析网络工程实训效果影响因素,以实训项目为任务节点,构建均衡任务调度模型,对网络工程的实训流程进行优化.并使用B/S模式设计系统功能模块,实现系统对网络工程的实训项目内容的合理调整.实验结果表明,与各高校现存的系统相比,所设计的优化系统拥有误码率低、实训项目增益率高的特点.