Pinned Repositories
BEAT-PD-DREAM-Challenge
The BEAT-PD DREAM Challenge is a competition arranged by the Michael J. Fox Foundation. The purpose of the challenge is to make models for predicting disease severity using unstructured (free-living) sensor data.
Bochum_movement_data
Data from a controlled experimental setup where participants had to relocate a cylinder while moving an obstacle.
DETECT
Recurrent neural network model for Dynamic ElecTronic hEalth reCord deTection of individuals at risk of a first-episode of psychosis
errormoji
®️ errors, in emoji
fdasrvf_R
Functional Data Analysis using Square-Root Slope Framework
JPM
Joint Propagation Model
pavpop
An R package for analysis of curve data with phase and amplitude variation
PD_progression
Models describing the progression of PD symptoms along time since onset and aging
PMRM
Progression Models for Repeated Measures
progmod
Disease progression modeling based on nonlinear mixed effects models
larslau's Repositories
larslau/progmod
Disease progression modeling based on nonlinear mixed effects models
larslau/pavpop
An R package for analysis of curve data with phase and amplitude variation
larslau/PMRM
Progression Models for Repeated Measures
larslau/DETECT
Recurrent neural network model for Dynamic ElecTronic hEalth reCord deTection of individuals at risk of a first-episode of psychosis
larslau/Bochum_movement_data
Data from a controlled experimental setup where participants had to relocate a cylinder while moving an obstacle.
larslau/JPM
Joint Propagation Model
larslau/BEAT-PD-DREAM-Challenge
The BEAT-PD DREAM Challenge is a competition arranged by the Michael J. Fox Foundation. The purpose of the challenge is to make models for predicting disease severity using unstructured (free-living) sensor data.
larslau/errormoji
®️ errors, in emoji
larslau/fdasrvf_R
Functional Data Analysis using Square-Root Slope Framework
larslau/PD_progression
Models describing the progression of PD symptoms along time since onset and aging
larslau/ibs
Integrated B-spline
larslau/SVMMaj
SVMMaj algorithm