Hedging Canadian Short-Term Interest Rates: The Bax Market
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This work adds to the body of literature seeking to improve the estimation of the optimal hedge ratio used in hedging money market and fixed income securities. A more accurate or improved depiction of the hedge ratio is of considerable importance and is the primary goal. The specific futures contract analyzed is the Canadian Bankers= Acceptance Futures contract, the BAX (Montreal Exchange). The efficiency of the BAX market is also addressed. A univariate analysis of the BAX and the BA is presented in a general framework that permits the statistical evaluation of myriad dynamic volatility model...
This work adds to the body of literature seeking to improve the estimation of the optimal hedge ratio used in hedging money market and fixed income securities. A more accurate or improved depiction of the hedge ratio is of considerable importance and is the primary goal. The specific futures contract analyzed is the Canadian Bankers= Acceptance Futures contract, the BAX (Montreal Exchange). The efficiency of the BAX market is also addressed. A univariate analysis of the BAX and the BA is presented in a general framework that permits the statistical evaluation of myriad dynamic volatility models which have been used in such contexts. Finally, brief background and motivation for the hedge ratio, surveys early attempts at characterizing the hedge ratio and presents the bivariate models needed to estimate the hedge ratio. Most importantly, the general univariate framework used extensively in the previous chapter is extended to the bivariate case. The hedging performance of the modelsis then evaluated. We also discuss whether there is any practical value in using daily data, versus weekly data, in the determination of the hedge ratio.
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