This paper reviews some of the phenomenological models which have been introduced to incorporate the scaling properties of financial data. It also illustrates a microscopic model, based on heterogeneous interacting agents, which provides a possible explanation for the complex dynamics of markets’ returns. Scaling and multi-scaling analysis performed on the simulated data is in good quantitative agreement with the empirical results
Modelling the evolution of a financial index as a stochastic process is a problem awaiting a full, s...
In the recent years, a new wave of interest spurred the involvement of complexity in finance which m...
The practice of detecting power laws and scaling behaviors in economics and finance has gained momen...
This paper reviews some of the phenomenological models which have been introduced to incorporate the...
In the recent years, a new wave of interest spurred the involvement of complexity in finance which m...
This paper reports statistical analyses performed on simulated data from a stochastic multiagent mod...
The most suitable paradigms and tools for investigating the scaling structure of financial time seri...
The most suitable paradigms and tools for investigating the scaling structure of financial time seri...
In recent years physicists have become involved in studying the financial market and the vast data ...
International audienceWe introduce a class of stochastic volatility models (X_t)_{t≥0} for which the...
This paper provides evidence for scaling laws in emerging stock markets. Estimated parameters using ...
This review deals with several microscopic models of financial markets which have been studied by ec...
This paper presents the results of multifractal testing of two sets of financial data: daily data o...
In this paper, we consider daily financial data of a collection of different stock market indices, e...
Modeling the evolution of a financial index as a stochastic process is a problem awaiting a full, sa...
Modelling the evolution of a financial index as a stochastic process is a problem awaiting a full, s...
In the recent years, a new wave of interest spurred the involvement of complexity in finance which m...
The practice of detecting power laws and scaling behaviors in economics and finance has gained momen...
This paper reviews some of the phenomenological models which have been introduced to incorporate the...
In the recent years, a new wave of interest spurred the involvement of complexity in finance which m...
This paper reports statistical analyses performed on simulated data from a stochastic multiagent mod...
The most suitable paradigms and tools for investigating the scaling structure of financial time seri...
The most suitable paradigms and tools for investigating the scaling structure of financial time seri...
In recent years physicists have become involved in studying the financial market and the vast data ...
International audienceWe introduce a class of stochastic volatility models (X_t)_{t≥0} for which the...
This paper provides evidence for scaling laws in emerging stock markets. Estimated parameters using ...
This review deals with several microscopic models of financial markets which have been studied by ec...
This paper presents the results of multifractal testing of two sets of financial data: daily data o...
In this paper, we consider daily financial data of a collection of different stock market indices, e...
Modeling the evolution of a financial index as a stochastic process is a problem awaiting a full, sa...
Modelling the evolution of a financial index as a stochastic process is a problem awaiting a full, s...
In the recent years, a new wave of interest spurred the involvement of complexity in finance which m...
The practice of detecting power laws and scaling behaviors in economics and finance has gained momen...