Basic HTML version of Foils prepared May 12 1996

Foil 10 Parallel Maximum Entropy and optimization

From Overview of HPCC Applications at NPAC CRPC Annual Meeting -- May 14-17 1996. by Geoffrey Fox


Pricing modules can either run in lock-step with the Monte Carlo module which generates histories of risk factors or asynchronously perform valuation functions on the histories which are broadcast as they are generated by the Monte Carlo module
We are linking this flexible algorithm with a novel scheme based on Maximum Entropy method which generates implied probability distributions from reported option prices.
The implied distributions can be used within the Path Integral Monte Carlo module to price exotic contracts consistently with exchange-traded contracts and they can also be used to search for arbitrage opportunities
Estimation of implied distributions requires large scale global optimizers.
We are developing two parallel stochastic optimizers based on mean field approximation (Laplace formula) and Langevin equation



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