In mechanism design, Myerson regularity is often too weak for a quantitative analysis of performance. For instance …, ratios between revenue and welfare, or sales probabilities may vanish at the boundary of Myerson regularity. This paper … therefore explores the quantitative version of Myerson regularity, which we call λ-regularity. It measures how Myerson regular a …

In mechanism design, Myerson regularity is often too weak for a quantitative analysis of performance. For instance …, ratios between revenue and welfare, or sales probabilities may vanish at the boundary of Myerson regularity. This paper … therefore explores the quantitative version of Myerson regularity, which we call e͏̈-regularity. It measures how Myerson regular …

Myerson regularity. This paper introduces L-regularity as a quantitative measure of how regular a distribution is. L …-regularity includes Myerson regularity and the monotone hazard rate condition as special cases. We show that L-regularity implies sharp …

In mechanism design, Myerson regularity is often too weak for a quantitative analysis of performance. For instance …, ratios between revenue and welfare, or sales probabilities may vanish at the boundary of Myerson regularity. This paper … therefore explores the quantitative version of Myerson regularity, which we call λ-regularity. It measures how Myerson regular a …

Myerson regularity. This paper introduces L-regularity as a quantitative measure of how regular a distribution is. L …-regularity includes Myerson regularity and the monotone hazard rate condition as special cases. We show that L-regularity implies sharp …

In mechanism design, Myerson regularity is often too weak for a quantitative analysis of performance. For instance …, ratios between revenue and welfare, or sales probabilities may vanish at the boundary of Myerson regularity. This paper … therefore explores the quantitative version of Myerson regularity, which we call lambda-regularity. It measures how Myerson …