Design and Estimation of Multi-Currency Quadratic Models*
Author(s) -
Markus Leippold,
Liuren Wu
Publication year - 2007
Publication title -
european finance review
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 4.933
H-Index - 61
eISSN - 1573-692X
pISSN - 1382-6662
DOI - 10.1093/rof/rfl002
Subject(s) - libor , exchange rate , currency , econometrics , foreign exchange risk , economics , interest rate , term (time) , interest rate parity , quadratic equation , monetary economics , mathematics , geometry , physics , quantum mechanics
To simultaneously account for the properties of interest-rate term structure and foreign exchange rates within one arbitrage-free framework, we propose a class of multi- currency quadratic models (MCQM) with an (m + n) factor structure in the pricing kernel of each economy. The m factors model the term structure of interest rates. The n factors capture the portion of the exchange rate movement that is independent of the term structure. Our modeling framework represents the first in the literature that not only explicitly allows independent currency movement, but also guarantees internal consistency across all economies without imposing any artificial constraints on the exchange rate dynamics. We estimate a series of multi-currency quadratic models using U.S. and Japanese LIBOR and swap rates and the exchange rate between the two economies. Estimation shows that independent currency factors are essential in releasing the tension between the currency movement and the term structure of interest rates.
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