Measuring Audit Quality with Surprise Scores: Evidence from China and the U.S.

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
Hanxin Hu, Ting Sun, Miklos V. Vasarhelyi, Min Zhang
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引用次数: 0

Abstract

This study constructs a measure of audit quality that captures the effect of potential factors that are generally unobservable to people outside of the audit firm or client company. Using machine learning and a wide range of data describing audit firm characteristics, audit partners, and public companies in China, this paper constructs the “surprise score,” a new measure of audit quality, calculated as the difference between the predicted probability and the actual value of an audit quality-related event (i.e., the existence of material misstatements, audit adjustments, and nonclean audit opinions). The effectiveness of the surprise score is validated by testing the association between the surprise score and penalties or audit firm changes. The proposed approach is applied to U.S. data to generalize its application. The surprise score adds value to existing audit quality measures and can help regulators to make better-informed decisions about audit quality. Data Availability: Except for the data privately provided by CICPA and MFC, other datasets are available from the public sources cited in the text. JEL Classifications: M41; M42.
用意外得分衡量审计质量:来自中国和美国的证据
本研究构建了一种衡量审计质量的方法,它可以捕捉到审计事务所或客户公司之外的人通常无法观察到的潜在因素的影响。本文利用机器学习和大量描述中国审计事务所特征、审计合伙人和上市公司的数据,构建了 "惊喜分值"--一种新的审计质量度量方法,计算方法是审计质量相关事件(即存在重大错报、审计调整和非无保留审计意见)的预测概率与实际值之间的差值。通过测试意外得分与处罚或审计事务所变更之间的关联,验证了意外得分的有效性。建议的方法适用于美国数据,以推广其应用。意外得分为现有的审计质量衡量标准增添了价值,有助于监管机构就审计质量做出更明智的决策。数据可用性:除 CICPA 和 MFC 私下提供的数据外,其他数据集可从文中引用的公共来源获取。JEL 分类:M41; M42.
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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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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