Abstract. Using a math-learning paradigm, we explore two potential uses for fMRI when modeling problem-solving strategies. First, we use fMRI as an additional data source for our model. Second, we employ fMRI as a method of testing and understanding our behavioral models. We evaluate each method and consider which gains the greatest benefit from the inclusion of fMRI data.
Using neuroimaging as a lens through which to understand numerical and mathematical cognition has pr...
The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathemati...
There are difficulties accessing students ’ thinking about mathematical concepts, although methods s...
Hemodynamic measures of brain activity can be used to interpret a student's mental state when they a...
Functional magnetic resonance imaging (fMRI) data were collected while students worked with a tutori...
fMRI was used to examine the differential effect of two problem-solving strategies. Par-ticipants we...
A methodology is described for using fMRI brain imaging to study how students learn with an intellig...
<p>Behavioral and function magnetic resonance imagery (fMRI) data were combined to infer the mental ...
Prior to the advent of fMRI, the primary means of examining the mechanisms underlying learning were ...
This article investigates the potential of fMRI to test assumptions about different components in mo...
Functional neuroimaging represents an important technique for the study of the brain. However, the s...
AbstractSince block paradigm was the basic and frequently used paradigm for fMRI study, there are a ...
performing a task or not by looking solely at the raw fMRI slices of his brain. How does the work ad...
Expertise and expert performance has long been a rich area of research. Experts differ from novices ...
The purpose of this study is to understand the brain activity associated with learning a visual task...
Using neuroimaging as a lens through which to understand numerical and mathematical cognition has pr...
The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathemati...
There are difficulties accessing students ’ thinking about mathematical concepts, although methods s...
Hemodynamic measures of brain activity can be used to interpret a student's mental state when they a...
Functional magnetic resonance imaging (fMRI) data were collected while students worked with a tutori...
fMRI was used to examine the differential effect of two problem-solving strategies. Par-ticipants we...
A methodology is described for using fMRI brain imaging to study how students learn with an intellig...
<p>Behavioral and function magnetic resonance imagery (fMRI) data were combined to infer the mental ...
Prior to the advent of fMRI, the primary means of examining the mechanisms underlying learning were ...
This article investigates the potential of fMRI to test assumptions about different components in mo...
Functional neuroimaging represents an important technique for the study of the brain. However, the s...
AbstractSince block paradigm was the basic and frequently used paradigm for fMRI study, there are a ...
performing a task or not by looking solely at the raw fMRI slices of his brain. How does the work ad...
Expertise and expert performance has long been a rich area of research. Experts differ from novices ...
The purpose of this study is to understand the brain activity associated with learning a visual task...
Using neuroimaging as a lens through which to understand numerical and mathematical cognition has pr...
The purpose of this fMRI study was to provide evidence for the mathematician’s belief that mathemati...
There are difficulties accessing students ’ thinking about mathematical concepts, although methods s...