Svitlana Galeshchuk - Deep Learning for Exchange-Rates Prediction

10:00
Mardi
20
Sep
2016
Organisé par : 
L'équipe MAGMA
Intervenant : 
Svitlana Galeshchuk
Équipes : 
Information détaillée : 

L'équipe MAGMA accueille la semaine prochaine Svitlana Galeshchuk (de Ternopil National University in Economics, Ukraine).

Nous vous invitons à assister au séminaire qu'elle donnera mardi 20 septembre à 10h en salle 306 du bâtiment IMAG. 

Résumé : 
Our research project aims to develop an improved model for foreign exchange prediction of reserve currencies. This model integrates fundamental and technical analyses and uses deep learning method for the prediction. In general, two approaches to forecast financial market dominate in practice: technical and fundamental analyses. Technical analysis is concerned with the dynamics of the market price and volume behaviour itself, rather than with the fundamental economic nature of specific assets that are traded. Fundamental analysts assume that prices in financial markets are based on economic principles, and that prices may be predicted based on fundamental and publicly available economic data, such as earnings and market share, interest rates, cost trends, competitive forces, and so forth. Innovative computational methods create impetus for integration of fundamental and technical analyses in order to improve accuracy of financial prediction, in particular exchange rates forecasting, Conventional methods of forex forecasting have been proven effective until the beginning of the 90’s. However, recently the demand for improved methods has increased. It is dictated by the downturn in success of traditional technics. Among the prediction models, artificial neural networks are popular tools for financial decision-making because of their adaptive and generalizing abilities while providing high accurate prediction. Over the last decade Deep Learning has proven being a robust and efficient mechanism for a variety of application areas. There are few applications of Deep Learning in finance. We investigate the effectiveness of deep networks to predict change in foreign exchange rates using state-of-the-art Deep Learning framework and a proper use of exchange rate data together with macroeconomic indices as inputs to the models. By exploring both improved modelling and latest state of the art in machine learning, our expectation is that we can reach significant improvement of the exchange rates prediction accuracy in brief and short perspectives.
Document joint :