Prioritised Moderation for Online Advertising

Phanideep Gampa, Akash Anil Valsangkar, Shailesh Choubey, Pooja A
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Abstract

Online advertisement industry aims to build a preference for a product over its competitors by making consumers aware of the product at internet scale. However, the ads that violate the applicable laws and location specific regulations can have serious business impact with legal implications. At the same time, customers are at risk of getting exposed to egregious ads resulting in a bad user experience. Due to the limited and costly human bandwidth, moderating ads at the industry scale is a challenging task. Typically at Amazon Advertising, we deal with ad moderation workflows where the ad distributions are skewed by non defective ads. It is desirable to increase the review time that the human moderators spend on moderating genuine defective ads. Hence prioritisation of deemed defective ads for human moderation is crucial for the effective utilisation of human bandwidth in the ad moderation workflow. To incorporate the business knowledge and to better deal with the possible overlaps between the policies, we formulate this as a policy gradient ranking algorithm with custom scalar rewards. Our extensive experiments demonstrate that these techniques show a substantial gain in number of defective ads caught against various tabular classification algorithms, resulting in effective utilisation of human moderation bandwidth.
在线广告的优先审核
在线广告行业旨在通过让消费者在互联网上了解产品,从而建立对产品的偏好,而不是竞争对手。然而,违反适用法律和特定地点法规的广告可能会产生严重的商业影响和法律影响。与此同时,用户也有可能接触到恶劣的广告,从而导致糟糕的用户体验。由于有限且昂贵的人力带宽,在行业规模上调节广告是一项具有挑战性的任务。通常在亚马逊广告公司,我们处理广告审核工作流程,其中广告分发被非缺陷广告扭曲。我们希望增加人工审核人员用于审核真正有缺陷的广告的审核时间。因此,对被认为有缺陷的广告进行优先级排序,对于在广告审核工作流程中有效利用人力带宽至关重要。为了整合业务知识并更好地处理策略之间可能的重叠,我们将其表述为具有自定义标量奖励的策略梯度排序算法。我们广泛的实验表明,这些技术显示出针对各种表格分类算法捕获的缺陷广告数量的大幅增加,从而有效地利用了人工调节带宽。
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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