The payoff of reverse convertible product involves returns on multiple assets and is conditional on hitting of continuous barriers. The Monte Carlo methodology employed by ESP is an efficient conditioning technique.

The payoff of reverse convertible product involves returns on multiple assets and is conditional on hitting of continuous barriers. The Monte Carlo methodology employed by ESP is an efficient conditioning technique.

Accounting requires the ability to forecast conduit administration fees. a simple stationary lognormal model for the fees is presented. Initially, the stationarity of the sweep fees is tested by measuring the level of mean reversion. Using a Dickey-Fuller statistical test the conduits are checked for approximate stationarity. Next, assuming the…[Read more]

Accounting requires the ability to forecast conduit administration fees. a simple stationary lognormal model for the fees is presented. Initially, the stationarity of the sweep fees is tested by measuring the level of mean reversion. Using a Dickey-Fuller statistical test the conduits are checked for approximate stationarity. Next, assuming the…[Read more]

The article presents a model for pricing digital-type barrier options on baskets of equity stocks. Within each payment period, there is a series of basket observation times. If at each observation time we observe that all basket constituent stocks remain between their lower and upper barriers, we receive a fixed coupon amount on the payment date…[Read more]

The article presents a model for pricing digital-type barrier options on baskets of equity stocks. Within each payment period, there is a series of basket observation times. If at each observation time we observe that all basket constituent stocks remain between their lower and upper barriers, we receive a fixed coupon amount on the payment date…[Read more]

We present a model for pricing an exotic swap where one party receives a fixed amount and makes a series of variable payments at the end of each pre-defined calculation period. The variable payments can be modeled as Asian put option payoffs on the weighted sum of two respective commodity basket levels. Furthermore, each basket level consists of a…[Read more]

We present a model for pricing an exotic swap where one party receives a fixed amount and makes a series of variable payments at the end of each pre-defined calculation period. The variable payments can be modeled as Asian put option payoffs on the weighted sum of two respective commodity basket levels. Furthermore, each basket level consists of a…[Read more]

A model is present for pricing an Equity Asian Swap. One leg of the swap pays the return from a monthly average of the S&P TSE60 index less a constant strike. The payment from the other leg is similarly defined for a stock. The payments are tied to notional amounts that are specified according to two pre-determined monthly schedules. Most of the…[Read more]

A model is present for pricing an Equity Asian Swap. One leg of the swap pays the return from a monthly average of the S&P TSE60 index less a constant strike. The payment from the other leg is similarly defined for a stock. The payments are tied to notional amounts that are specified according to two pre-determined monthly schedules. Most of the…[Read more]

A variance/volatility swap is an instrument that allows explicit exposure to the realized variance/volatility of an index, stock, etc., without exposure to other risks commonly encountered with derivatives: delta, gamma, etc.

A variance/volatility swap is an instrument that allows explicit exposure to the realized variance/volatility of an index, stock, etc., without exposure to other risks commonly encountered with derivatives: delta, gamma, etc.

We review the equity forward and futures pricing models. Consider an index level, I, at a future time, T. With respect to I, we calculate 1) the forward price, 2) the futures price, and 3) delta.

We review the equity forward and futures pricing models. Consider an index level, I, at a future time, T. With respect to I, we calculate 1) the forward price, 2) the futures price, and 3) delta.

A valuation model is presented to calculate price, hedge ratio, and implied volatility for forward starting European calls and puts. The model focuses on the numerical accuracy of the implementation.

A valuation model is presented to calculate price, hedge ratio, and implied volatility for forward starting European calls and puts. The model focuses on the numerical accuracy of the implementation.

The model calculates numbers that characterize the effect of adding an extra instrument to a portfolio of loan commitments. To be useful, these numbers should be additive with respect to the facilities making up the portfolio, so that their total would have the same meaning for the portfolio as each individual number has for the respective…[Read more]

The model calculates numbers that characterize the effect of adding an extra instrument to a portfolio of loan commitments. To be useful, these numbers should be additive with respect to the facilities making up the portfolio, so that their total would have the same meaning for the portfolio as each individual number has for the respective…[Read more]

Equity value at risk (VaR) model requires implied volatilities with respect to various indices and maturities, which range from three months to five years. A model is presented for generating a term-structure of implied equity index volatilities for use in calculating VaR.

Equity value at risk (VaR) model requires implied volatilities with respect to various indices and maturities, which range from three months to five years. A model is presented for generating a term-structure of implied equity index volatilities for use in calculating VaR.