Households that contemplate moving to different cities or trading up/down in the future are exposed to substantial housing risk. In order to mitigate this risk, we derive optimal portfolios using CME housing futures. Housing investment risk is hedged by selling housing futures amounting to the...

The trading volume of Chicago Mercantile Exchange (CME) housing futures remains thin despite efforts to increase the prevalence of pricing models and the derivation of optimal portfolios for households. We apply actual CME data to the theoretical models of Voicu and Seiler (2012) to demonstrate...

Households that contemplate moving to different cities or trading up/down in the future are exposed to substantial housing risk. In order to mitigate this risk, we derive optimal portfolios using CME housing futures. Housing investment risk is hedged by selling housing futures amounting to the...

A one-factor pricing model is employed to investigate the internal consistency of single family home and professionally-managed property prices. The risk factor used here is the US real estate index, which has much stronger explanatory power than the S&P 500 index for real estate assets....

The paper extends the work of Poterba (1984, 1991) and Voicu and Seiler (2011) by mathematically deriving the optimum rent versus buy decision without any information relating to expected home price appreciation or risk premia. Using Chicago Mercantile Exchange housing futures contracts, this...

Households that contemplate moving to different cities or trading up/down in the future are exposed to substantial housing risk. In order to mitigate this risk, we derive optimal portfolios using CME housing futures. Housing investment risk is hedged by selling housing futures amounting to the...