Volatility is an important variable in financial forecasting. Forecasting volatility requires a development of a suitable model for it. In this paper, we examine different time series models for volatility modelling. Specifically, we will study the use of recurrent mixture density networks, GARCH and EGARCH models to model volatility. In addition, we demonstrate the impact of different factors on the accuracy and completeness of each of these models
This paper explores a number of statistical models for predicting the daily stock return volatility ...
This study uses the fourteen stock indices as the sample and then utilizes eight parametric volatili...
Volatility is an important component of market risk analysis and it plays a key role in many financi...
Despite the lack of a precise definition of volatility in finance, the estimation of volatility and ...
We tested different GARCH models in modeling the volatility of stock returns in London Stock Exchang...
This paper introduces the $\sigma$-Cell, a novel Recurrent Neural Network (RNN) architecture for fin...
Recently, deep neural networks have been widely used to solve financial risk modeling and forecastin...
AbstractVolatility forecasting in the financial markets, along with the development of financial mod...
Extensive research has been done within the field of finance to better predict future volatility and...
SVR-GARCH model tends to “backward eavesdrop” when forecasting the financial time series volatility ...
2015 - 2016Aim of this thesis is to propose and discuss novel model specifications for predicting fi...
In this paper, we show that the recent integration of statistical models with deep recurrent neural ...
Correlation, volatility, and covariance are three important metrics of financial risk. They are key ...
An appropriate calibration and forecasting of volatility and market risk are some of the main challe...
Volatility Forecasting is an interesting challenging topic in current financial instruments as it is...
This paper explores a number of statistical models for predicting the daily stock return volatility ...
This study uses the fourteen stock indices as the sample and then utilizes eight parametric volatili...
Volatility is an important component of market risk analysis and it plays a key role in many financi...
Despite the lack of a precise definition of volatility in finance, the estimation of volatility and ...
We tested different GARCH models in modeling the volatility of stock returns in London Stock Exchang...
This paper introduces the $\sigma$-Cell, a novel Recurrent Neural Network (RNN) architecture for fin...
Recently, deep neural networks have been widely used to solve financial risk modeling and forecastin...
AbstractVolatility forecasting in the financial markets, along with the development of financial mod...
Extensive research has been done within the field of finance to better predict future volatility and...
SVR-GARCH model tends to “backward eavesdrop” when forecasting the financial time series volatility ...
2015 - 2016Aim of this thesis is to propose and discuss novel model specifications for predicting fi...
In this paper, we show that the recent integration of statistical models with deep recurrent neural ...
Correlation, volatility, and covariance are three important metrics of financial risk. They are key ...
An appropriate calibration and forecasting of volatility and market risk are some of the main challe...
Volatility Forecasting is an interesting challenging topic in current financial instruments as it is...
This paper explores a number of statistical models for predicting the daily stock return volatility ...
This study uses the fourteen stock indices as the sample and then utilizes eight parametric volatili...
Volatility is an important component of market risk analysis and it plays a key role in many financi...