基于并行网络通信的隐私风险自适应访问控制数学模型

A mathematical model of privacy risk adaptive access control based on parallel network communication

当前隐私风险自适应访问控制机制一般设定为单向结构,访问控制的约束效率较低,导致平均风险逐渐上升,为此提出基于并行网络通信的隐私风险自适应访问控制数学模型。根据当前的测试需求及标准,进行隐私风险访问控制问题描述及风险值计算,协同设定多目标自适应访问控制请求机制。以此为基础,构建并行网络通信隐私风险访问控制结构,以风险追踪链处理的方法实现访问控制。最终得出的结论表明:经过选定的5个测试小组的对比,在相同的环境下,访问控制执行者和恶意者所测定出的平均风险值差异较大,访问控制执行者的平均风险值差明显低于恶意者的平均风险值差,说明在并行网络通信技术的辅助下,隐私风险的自适应控制模型的实际应用效果得到了提升。

The current privacy risk adaptive access control mechanism is generally set as a oneway structure,and the constraint efficiency of access control is low,leading to the gradual rise of the average risk.Therefore,a mathematical model of privacy risk adaptive access control based on parallel network communication is proposed.According to the current test requirements and standards,conduct the privacy risk access control problem description and risk value calculation,and jointly set the multi-objective adaptive access control request mechanism.Based on this,the parallel network communication privacy risk access control structure is constructed,and the access control is realized by risk tracking chain processing.The final conclusion shows that:after the comparison of selected five test groups,in the same environment,the average risk value determined by the access control executor and malicious average risk value difference,access control executor is significantly lower than the average risk value difference of the malicious,indicating that under the aid of parallel network communication technology,the actual application effect of privacy risk adaptive control model is improved.