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Crude oil prices and kernel-based models
Author(s) -
Massimo Panella,
Rita L. D',
N.A. Ecclesia,
David G. Stack,
Francesco Barcellona
Publication year - 2014
Publication title -
international journal of financial engineering and risk management
Language(s) - English
Resource type - Journals
eISSN - 2049-0917
pISSN - 2049-0909
DOI - 10.1504/ijferm.2014.058761
Subject(s) - west texas intermediate , brent crude , adaptive neuro fuzzy inference system , artificial neural network , commodity , econometrics , computer science , kernel (algebra) , crude oil , inference , order (exchange) , set (abstract data type) , economics , fuzzy logic , artificial intelligence , fuzzy control system , engineering , mathematics , petroleum engineering , finance , volatility (finance) , combinatorics , programming language
In this paper we use a kernel-based approach to Crude Oil price prediction which should allow us to set up efficient risk management strategies. Practitioners find strong evidence that investor flows follow prices so Commodity investments are likely to continue to grow, and we believe this will drive an increasing importance for methodologies like Neural Networks for risk quantification, measurement and management. Crude Oil prices for both Brent and WTI in the last 12 year period are used to provide an accurate analysis for both time series. Four different Neural Network models are used. The superior model is the neurofuzzy network based on Sugeno first-order type rules, also known as the Adaptive Neuro-Fuzzy Inference System method, which provides both an accurate prediction of prices and their probability distribution

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