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MODEL TRAINING METHOD, DEVICE AND EQUIPMENT USED FOR ANSWERING QUESTIONS AND STORAGE MEDIUM

机译:用于回答问题和存储介质的模型训练方法,设备和设备

摘要

A model training method, device and equipment used for answering questions, and a storage medium, which are applied to the technical field of deep learning and are used for solving the problem of the rate of answering questions queried by a user being low. The present method comprises: whenever an answer to a question raised by a user is fed back by means of a target deep learning model, detecting whether the user has submitted negative evaluation information regarding the answer (101); if detected that the user submits negative evaluation information regarding the answer, obtaining an evaluation question corresponding to the negative evaluation information (102); when the number of obtained evaluation questions reaches a preset first number threshold, performing unsupervised text clustering on each evaluation question until a preset condition is met, and then obtaining each question set by clustering (103); determining a vector center of each question set (104); for each question set, respectively calculating the distance between the vector center of the question set and the vector center of each preset question group (105); if the smallest distance obtained by calculation is less than a preset distance threshold value, combining said question set with a preset question group corresponding to the smallest distance (106); if the smallest distance obtained by calculation is greater than or equal to the preset distance threshold, determining the question set to be a new preset question group (107); and re-training the target deep learning model by employing each updated preset question group, so as to obtain a trained target deep learning model (108).
机译:一种用于回答问题的模型训练方法,装置和设备以及一种存储介质,应用于深度学习技术领域,用于解决用户查询问题的回答率低的问题。本方法包括:每当通过目标深度学习模型反馈对用户提出的问题的答案时,检测用户是否提交了关于该答案的否定评估信息(101);如果检测到用户提交了关于答案的否定评估信息,则获得与否定评估信息相对应的评估问题(102);当获得的评估题的数量达到预设的第一数量阈值时,对每个评估题进行无监督的文本聚类直到满足预设条件,然后通过聚类获得各个问题集(103);确定每个问题集的向量中心(104);对于每个问题集,分别计算问题集的向量中心与每个预设问题组的向量中心之间的距离(105);如果通过计算获得的最小距离小于预设距离阈值,则将所述问题集与对应于最小距离的预设问题组进行组合(106);如果通过计算获得的最小距离大于或等于预设距离阈值,则确定该问题集为新的预设问题组(107);通过使用每个更新后的预设问题组对目标深度学习模型进行重新训练,得到训练后的目标深度学习模型(108)。

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