摘要
论文结合模糊网络环境特征,探讨了如何在全局网络中遍历出具有灾害性质的灾难源机制。该机制的实施,首先运用数学方法为模糊网络构建灾难模型分析灾害影响力,再运用数学方法建立抗毁模型展开循环计算。根据求得的线性度并结合相应网络门限,缩小排查范围直至封锁灾难源进而实现抗毁。然后形成算法精确地实施待测目标的评估。最后,在模拟环境中设置相应参数并部署测试方案,通过比较传统的计算机制来验证抗毁机制的优势。经过三组实验的多次测试,结果表明论文研究的抗毁机制应用于模糊网络中在灾害方面发挥了良好的扼制效果,显著提高了全局网络服务质量(QoS)。
Based on the characteristics of fuzzy network environment,this paper discusses how to find out the disaster source with disaster characteristics in the global network. In the implementation of this mechanism,the disaster influence is analyzed by using mathematical method to construct a disaster model for fuzzy network,and then cyclic calculation is carried out by establishing a invulnerable model with mathematical method. According to the linearity obtained and combined with the corresponding network threshold,the search range is reduced until the disaster source is blocked and thus protect the disaster. Then the algorithm is formed to accurately implement the evaluation of the target to be tested. Finally,the corresponding parameters are set in the simulation environment and the test scheme is deployed to verify the advantages of the invulnerable mechanism by comparing the traditional computing mechanisms. After many tests in three groups of experiments,the results show that the anti-destruction mechanism studied in this paper plays a good role in controlling disasters in fuzzy networks,and improves the quality of service(QoS)of global networks significantly.
作者
张洁
ZHANG Jie(Fujian Vocational College of Agriculture,Fuzhou 350007)
出处
《计算机与数字工程》
2020年第3期623-626,632,共5页
Computer & Digital Engineering
基金
福建省教育科学“十二五”规划常规课题(重点)(编号:FJJKCGZ15-053)
福建省教育厅中青年教师教育科研项目(编号:JA15762)资助。
关键词
模糊
灾难
抗毁
优势
测试
indistinct
disaster
destruction
advantage
test
