"A Geometric Analysis of Gains from Trade".
There is a very simple geometric proof that the "random proposer" mechanism gives a 4-approximation to first-best gains from trade. And some calculus gives the state-of-the-art 3.15-approximation.
"A Geometric Analysis of Gains from Trade".
There is a very simple geometric proof that the "random proposer" mechanism gives a 4-approximation to first-best gains from trade. And some calculus gives the state-of-the-art 3.15-approximation.
"Behavioral Information Design for Forecasting Dashboards: Equilibria, Mechanisms, and Calibration"
Thanks to her stellar committee: @jessicahullman.bsky.social, @mjskay.com, and Annie Liang!
"Behavioral Information Design for Forecasting Dashboards: Equilibria, Mechanisms, and Calibration"
Thanks to her stellar committee: @jessicahullman.bsky.social, @mjskay.com, and Annie Liang!
"Trustworthy AI: Foundations from Proper Scoring Rules"
Thanks to her committee: @jessicahullman.bsky.social, Bobby Kleinberg, and Annie Liang.
"Trustworthy AI: Foundations from Proper Scoring Rules"
Thanks to her committee: @jessicahullman.bsky.social, Bobby Kleinberg, and Annie Liang.
1. allocation rules (probability of winning as function of bid).
2. (hypothetical) utility curves (for selected values, as function of bid).
3. heatmap (showing utility on a grid of bid,value pairs).
Each are depicted in this figure.
1. allocation rules (probability of winning as function of bid).
2. (hypothetical) utility curves (for selected values, as function of bid).
3. heatmap (showing utility on a grid of bid,value pairs).
Each are depicted in this figure.
www.overleaf.com/read/whygfgw...
www.overleaf.com/read/whygfgw...
Coffee to the right,
Here I am, stuck on a peer review.
Coffee to the right,
Here I am, stuck on a peer review.
"Now, if you believe that the universe is not arbitrary, but ..."
"Now, if you believe that the universe is not arbitrary, but ..."