微型电脑应用

为了避免网络通信时出现隐私数据泄露问题，提出基于零信任的可信设备终端访问智能控制方法。采集可信设备终端访问数据，运用灰色关联度方法融合采集的数据，依据融合结果，以信任度为基础隔离出不可信访问数据，采用信任评估算法综合评估可信设备终端访问请求的信任等级，根据综合评估结果对访问可信设备终端的用户实施身份认证和授权判定，根据判定结果实现可信设备终端访问智能控制。实验结果表明，应用所提出方法后，可信和不可信访问数据分布在不同区域，必须在同时满足用户身份认证成功且被授权时才能访问可信设备终端，访问智能控制效果较好，具有一定应用价值。

To avoid privacy data leakage in network communication, an intelligent access control method based on zero trust for trusted device terminals is proposed. It collects the access data of trusted device terminals, fuses the collected data by the grey correlation method, isolates the untrusted access data based on the trust degree according to the fusion results, comprehensively evaluates the trust level of the access request of trusted device terminals by the trust evaluation algorithm, and implements identity authentication and authorization judgment for the users accessing trusted device terminals according to the comprehensive evaluation results. According to the decision results, the intelligent control of trusted device terminal access is realized. The experimental results show that the trusted and untrusted access data are distributed in different regions after the application of the proposed method, and the trusted device terminal can only be accessed when the users' identity authentication is successful and authorized at the same time. The access intelligent control effect is better, and it has certain application value.