The Ratcliff diffusion model has proved to be a useful tool in reaction time analysis. However, its use has been limited by the practical difficulty of estimating the parameters. We present a software tool, the Diffusion Model Analysis Toolbox (DMAT), intended to make the Ratcliff diffusion model for reaction time and accuracy data more accessible to experimental psychologists. The tool takes the form of a MATLAB toolbox and can be freely downloaded from ppw.kuleuven.be/okp/dmatoolbox. Using the program does not require a background in mathematics, nor any advanced programming experience (but familiarity with MATLAB is useful). We demonstrate the basic use of DMAT with two examples.status: publishe
Estimating parameters of the diffusion model: Approaches to dealing with contaminant reaction times ...
In this paper, we describe a new algorithmic approach for parameter estimation in Ratcliff's [(1978)...
I will present two programs that facilitate computational exploration of reaction-diffusion patterns...
Many experiments in psychology yield both reaction time and accuracy data. However, no off-the-shelf...
The diffusion model is a successful process model for two-choice reaction times. Implementing it in ...
In the present article, a flexible and fast computer program, called fast-dm, for diffusion model da...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The Ratcliff diffusion model for simple two-choice decisions (e.g., Ratcliff, 1978; Ratcliff & McKoo...
Three methods for fitting the diffusion model (Ratcliff, 1978) to experimental data are examined. Se...
Abstract. Stochastic diffusion models (Ratcliff, 1978) can be used to analyze response time data fro...
Estimating parameters of the diffusion model: Approaches to dealing with contaminant reaction times ...
In this paper, we describe a new algorithmic approach for parameter estimation in Ratcliff's [(1978)...
I will present two programs that facilitate computational exploration of reaction-diffusion patterns...
Many experiments in psychology yield both reaction time and accuracy data. However, no off-the-shelf...
The diffusion model is a successful process model for two-choice reaction times. Implementing it in ...
In the present article, a flexible and fast computer program, called fast-dm, for diffusion model da...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The process of diffusion is intimately related to random molecular displacement and is central to ma...
The Ratcliff diffusion model for simple two-choice decisions (e.g., Ratcliff, 1978; Ratcliff & McKoo...
Three methods for fitting the diffusion model (Ratcliff, 1978) to experimental data are examined. Se...
Abstract. Stochastic diffusion models (Ratcliff, 1978) can be used to analyze response time data fro...
Estimating parameters of the diffusion model: Approaches to dealing with contaminant reaction times ...
In this paper, we describe a new algorithmic approach for parameter estimation in Ratcliff's [(1978)...
I will present two programs that facilitate computational exploration of reaction-diffusion patterns...