摘要
受到噪声干扰影响,平台访问量控制效果不佳,针对该问题,提出了基于双混沌映射的平台访问量多协同任务控制方法。构建工业智能应用平台,通过网络连接应用层、控制层和资讯层,以此实现信息交互;设计基于双混沌映射控制的加解密流程,得到加解密密文,构建双混沌映射模型,迭代处理后,使Henon、Logistic进入了混沌状态,引入密钥流,并与明文进行异或运算,形成密文字节。通过双混沌映射,设置访问管理开关变量,动态管理平台拓扑变化,实现平台访问量多协同任务控制。由实验结果可知,该方法在有无干扰环境下,访问次数均与实际值一致,说明其可实现访问量多协同任务控制。
Due to the influence of noise,the effect of platform access control is not good.To solve this problem,a multi cooperative task control method of platform access based on double chaotic map is proposed.Build industrial intelligent application platform,connect application layer,control layer and information layer through network,so as to realize information interaction;design encryption and decryption process based on double chaotic map control,get encryption and decryption ciphertext,build double chaotic map model,after iterative processing,make Henon and Logistic enter chaotic state,introduce key stream,and XOR with plaintext,form ciphertext section.Through double chaotic mapping,set access management switch variables,dynamically manage platform topology changes,and realize platform access multi collaborative task control.The experimental results show that the access times of this method are consistent with the actual value in the presence or absence of interference environment,which indicates that it can realize the control of multi access collaborative tasks.
作者
郑忠斌
姜厚禄
侍守创
ZHENG Zhongbin;JIANG Houlu;SHI Shouchuang(Industrial Internet Innovation Center(Shanghai)Co.,Ltd.,Shanghai 200120,China;Jiangsu Jari Information Technology Co.,Ltd.,Lianyungang 222000,China)
出处
《电子设计工程》
2022年第15期61-65,共5页
Electronic Design Engineering
关键词
双混沌映射
平台访问量
多协同
任务控制
double chaotic mapping
platform traffic
multi cooperative
task control
