Picture for Robert Leech

Robert Leech

Transformer-based normative modelling for anomaly detection of early schizophrenia

Add code
Dec 08, 2022
Viaarxiv icon

Causal Autoregressive Flows

Add code
Nov 04, 2020
Figure 1 for Causal Autoregressive Flows
Figure 2 for Causal Autoregressive Flows
Figure 3 for Causal Autoregressive Flows
Figure 4 for Causal Autoregressive Flows
Viaarxiv icon

Bayesian optimization for automatic design of face stimuli

Add code
Jul 20, 2020
Figure 1 for Bayesian optimization for automatic design of face stimuli
Figure 2 for Bayesian optimization for automatic design of face stimuli
Figure 3 for Bayesian optimization for automatic design of face stimuli
Figure 4 for Bayesian optimization for automatic design of face stimuli
Viaarxiv icon

Analysis of an Automated Machine Learning Approach in Brain Predictive Modelling: A data-driven approach to Predict Brain Age from Cortical Anatomical Measures

Add code
Oct 08, 2019
Figure 1 for Analysis of an Automated Machine Learning Approach in Brain Predictive Modelling: A data-driven approach to Predict Brain Age from Cortical Anatomical Measures
Figure 2 for Analysis of an Automated Machine Learning Approach in Brain Predictive Modelling: A data-driven approach to Predict Brain Age from Cortical Anatomical Measures
Figure 3 for Analysis of an Automated Machine Learning Approach in Brain Predictive Modelling: A data-driven approach to Predict Brain Age from Cortical Anatomical Measures
Figure 4 for Analysis of an Automated Machine Learning Approach in Brain Predictive Modelling: A data-driven approach to Predict Brain Age from Cortical Anatomical Measures
Viaarxiv icon

Streaming regularization parameter selection via stochastic gradient descent

Add code
Nov 02, 2016
Viaarxiv icon

Text-mining the NeuroSynth corpus using Deep Boltzmann Machines

Add code
May 01, 2016
Figure 1 for Text-mining the NeuroSynth corpus using Deep Boltzmann Machines
Figure 2 for Text-mining the NeuroSynth corpus using Deep Boltzmann Machines
Viaarxiv icon

Stopping criteria for boosting automatic experimental design using real-time fMRI with Bayesian optimization

Add code
Mar 22, 2016
Figure 1 for Stopping criteria for boosting automatic experimental design using real-time fMRI with Bayesian optimization
Figure 2 for Stopping criteria for boosting automatic experimental design using real-time fMRI with Bayesian optimization
Viaarxiv icon

Measuring the functional connectome "on-the-fly": towards a new control signal for fMRI-based brain-computer interfaces

Add code
Feb 08, 2015
Figure 1 for Measuring the functional connectome "on-the-fly": towards a new control signal for fMRI-based brain-computer interfaces
Figure 2 for Measuring the functional connectome "on-the-fly": towards a new control signal for fMRI-based brain-computer interfaces
Figure 3 for Measuring the functional connectome "on-the-fly": towards a new control signal for fMRI-based brain-computer interfaces
Figure 4 for Measuring the functional connectome "on-the-fly": towards a new control signal for fMRI-based brain-computer interfaces
Viaarxiv icon

Estimating Time-varying Brain Connectivity Networks from Functional MRI Time Series

Add code
Apr 13, 2014
Figure 1 for Estimating Time-varying Brain Connectivity Networks from Functional MRI Time Series
Figure 2 for Estimating Time-varying Brain Connectivity Networks from Functional MRI Time Series
Figure 3 for Estimating Time-varying Brain Connectivity Networks from Functional MRI Time Series
Figure 4 for Estimating Time-varying Brain Connectivity Networks from Functional MRI Time Series
Viaarxiv icon