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METHOD AND DEVICE FOR USING TRUSTED EXECUTION ENVIRONMENT TO TRAIN NEURAL NETWORK MODEL

机译:使用可信执行环境培训神经网络模型的方法和设备

摘要

A method and device for using a trusted execution environment to train a neural network model. In the method, a neural network model is sequentially divided into a first-part neural network model located in a trusted execution environment of a first apparatus, and a second-part neural network model located in an untrusted execution environment of a second apparatus. The method comprises: in each round of model training, a current first-part neural network model processing training sample data in a trusted execution environment so as to acquire an intermediate result (530); a current second-part neural network model processing the intermediate result in an untrusted execution environment so as to acquire a current prediction value, and determining a prediction difference (550); and when a loop end condition is not met, adjusting a model parameter of each layer of the current first-part neural network model and a model parameter of each layer of the current second-part neural network model according to the current prediction difference (570). By using the method, a neural network model is trained while ensuring the security of private data.
机译:用于使用可信执行环境训练神经网络模型的方法和设备。在该方法中,神经网络模型被顺序地被划分为位于第一装置的可信执行环境中的第一部分神经网络模型,以及位于第二装置的不可信的执行环境中的第二部分神经网络模型。该方法包括:在每一轮模型训练中,当前第一部分神经网络模型处理可信任的执行环境中的训练样本数据,以便获取中间结果(530);当前的第二部分神经网络模型处理中间导致不可信的执行环境,以便获取当前预测值,并确定预测差(550);并且当不满足环形状态条件时,根据当前预测差异调整当前第一部分神经网络模型的每层的每个层的模型参数和当前第二部分神经网络模型的每层的模型参数(570 )。通过使用该方法,在确保私有数据的安全性的同时培训神经网络模型。

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