Multi Task Learning: A Survey and Future Directions

Taeho Lee, Junhee Seok
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引用次数: 2

Abstract

Multi-task learning (MTL) is a problem that must be applied in modern recommendation systems and is just as difficult. In the recent e-commerce advertising market, it is necessary to be able to predict not only the probability of users clicking, but also the probability of conversion and purchase. By predicting multi-task, it is possible to increase the accuracy of each task and optimize advertisements for various goals of advertisers. Traditional conversion rate (CVR) prediction models have difficulty learning because the number of conversions is too small compared to the total number of impressions. This problem is called a data sparsity (DS) problem. Another problem is that CVR models trained with samples of clicked impressions infer on samples of all impressions. This problem is called a sample selection bias (SSB) problem. This paper is a summary of the various solutions and current limitations and further directions about solving sample selection bias problem and data sparsity problem.
多任务学习:综述及未来发展方向
多任务学习(MTL)是一个必须应用于现代推荐系统的问题,也是一个难题。在最近的电子商务广告市场中,不仅需要能够预测用户点击的概率,还需要能够预测转化和购买的概率。通过多任务预测,可以提高每个任务的准确性,并针对广告商的各种目标优化广告。传统的转化率(CVR)预测模型很难学习,因为转化率与总印象数相比太少了。这个问题被称为数据稀疏性(DS)问题。另一个问题是,使用点击印象样本训练的CVR模型是基于所有印象样本进行推断的。这个问题被称为样本选择偏差(SSB)问题。本文总结了解决样本选择偏倚问题和数据稀疏性问题的各种解决方案,以及目前的局限性和进一步的发展方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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