Kei Kawakami
Names
first: | Kei |
last: | Kawakami |
Identifer
RePEc Short-ID: | pka637 |
Contact
homepage: | https://sites.google.com/site/econkeikawakami/ |
Affiliations
-
Aoyama Gakuin University
/ College of Economics
- EDIRC entry
- location:
Research profile
author of:
- Welfare Consequences of Information Aggregation and Optimal Market Size (RePEc:aea:aejmic:v:9:y:2017:i:4:p:303-23)
by Kei Kawakami - Forecast Selection by Conditional Predictive Ability Tests: An Application to the Yen/Dollar Exchange Rate (RePEc:boj:bojwps:08-e-1)
by Kei Kawakami - Market size matters: A model of excess volatility in large markets (RePEc:eee:finmar:v:28:y:2016:i:c:p:24-45)
by Kawakami, Kei - Conditional forecast selection from many forecasts: An application to the Yen/Dollar exchange rate (RePEc:eee:jjieco:v:28:y:2013:i:c:p:1-18)
by Kawakami, Kei - Identifying Fiscal Policy Transmission in Stochastic Debt Forecasts (RePEc:imf:imfwpa:2011/107)
by Mr. Kei Kawakami & Rafael Romeu - Conditional Forecast Selection from Many Forecasts: An Application to the Yen/Dollar Exchange Rate (RePEc:mlb:wpaper:1167)
by Kei Kawakami - Optimal Market Size (RePEc:mlb:wpaper:1168)
by Kei Kawakami - Maximally Informative Decision Rules In a Two-Person Decision Problem (RePEc:mlb:wpaper:1178)
by Kei Kawakami - Information Aggregation and Optimal Market Size (RePEc:mlb:wpaper:1182)
by Kei Kawakami - Excessive Dynamic Trading: Propagation of Belief Shocks in Small Markets (RePEc:mlb:wpaper:1188)
by Kei Kawakami - Welfare Consequences of Information Aggregation and Optimal Market Size (RePEc:mlb:wpaper:1189)
by Kei Kawakami - Market Size Matters:A Model of Excess Volatility in Large Markets (RePEc:mlb:wpaper:2003)
by Kei Kawakami - The Risk Sharing BenefiÂ…t versus the Collateral Cost: The Formation of the Inter-Dealer Network in Over-the-Counter Trading (RePEc:red:sed016:822)
by Zhuo Zhong & Kei Kawakami - Posterior renegotiation-proofness in a two-person decision problem (RePEc:spr:jogath:v:45:y:2016:i:4:d:10.1007_s00182-015-0491-9)
by Kei Kawakami