Local Model Quality Control Method Based on Credit Mortgage for Enterprise Credit Evaluation

Xiaohuan Li, Fan Chen, Jincai Ye, Qianzhong Chen, Chunhai Li
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Abstract

Establishing enterprise credit evaluation models requires high-quality data from enterprises. Considering privacy concerns of enterprises, blockchain and federated learning architecture become an effective solution. However, this solution cannot avoid malicious training behaviors of enterprises in order to obtain high profits, resulting in the degradation of global model performance. To cope with the problems above, this paper proposes a local model quality control method based on credit mortgage value. Specifically, each enterprise submits a portion of its credit value as a credit mortgage to participate in federated learning, then each enterprise obtains rewards or penalties according to the quality of the enterprises local model combined with the credit mortgage value. Simulation results show that our method can improve the performance of the global model with malicious behavior on the clients. For example, when the malicious training probability of the client increases to 30%, the credit mortgage value required by the client to participate in federated learning becomes 6.2 times the original value, and revenues turn to be negative. Severe negative revenues can form an effective control over the quality of the local model. So our method can realize effective control of local model Quality.
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基于信用抵押的企业信用评价局部模型质量控制方法
建立企业信用评价模型需要企业提供高质量的数据。考虑到企业的隐私问题,区块链和联邦学习架构成为一种有效的解决方案。然而,这种解决方案无法避免企业为了获取高额利润而进行的恶意训练行为,导致模型的全局性能下降。针对上述问题,本文提出了一种基于信用抵押价值的局部模型质量控制方法。具体来说,每个企业提交其信用价值的一部分作为信用抵押参与联邦学习,然后每个企业根据结合信用抵押价值的企业本地模型的质量获得奖励或处罚。仿真结果表明,该方法能够有效地提高客户端存在恶意行为的全局模型的性能。例如,当客户端的恶意训练概率增加到30%时,客户端参与联邦学习所需的信用抵押值变为原来的6.2倍,收益变为负值。严重的负收益可以形成对本地模式质量的有效控制。因此,该方法可以有效地控制局部模型的质量。
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