An ongoing problem regarding the automatic classification of neurons by their morphology is the lack of consensus between experts on neuron types. Unsupervised clustering using persistent homology as a descriptor for the morphology of neurons helps tackle the problem of bias in feature selection and has the potential of aiding neuroscience research in developing a framework for automatic neuron classification. This thesis investigates how two different unsupervised machine learning algorithms would cluster persistence images of already labeled neurons and how similar their clusterings would be. The results showed that the clusterings done by both methods were highly similar and that there was a large variation within the neuronal types defi...
Neuronal morphology is primarily responsible for the structure of the connectivity among the neurons...
This report analyzes three neural network structures: dense, convolutional and recurrent. One data s...
In recent years, the understanding of the brain has progressed immensely by advanced data gathering ...
An ongoing problem regarding the automatic classification of neurons by their morphology is the lack...
Classification of neurons has been a studied topic in neuroscience for several years and with the in...
In this report, we study the topological differences and similarities between human and rodent neuro...
As more and more neuroanatomical data are made available through efforts such as NeuroMorpho.Org and...
The study of neuronal cell morphology and function in neurodegenerative disease processes is essenti...
Hierarchical clustering is a family of machine learning methods that has many applications, amongst ...
As more and more neuroanatomical data are made available through efforts such as NeuroMorpho.Org and...
Hluboké učení prakticky vyřešilo nejrůznější problémy počítačového vidění v průběhu poslední dekády....
Artificial neural networks at the present time gain notable popularity and show astounding results i...
ABSTRACT: In the study of neural circuits, it becomes essential to discern the different neuronal ce...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Neuronal morphology is a fundamental factor influencing information processing within neurons and ne...
Neuronal morphology is primarily responsible for the structure of the connectivity among the neurons...
This report analyzes three neural network structures: dense, convolutional and recurrent. One data s...
In recent years, the understanding of the brain has progressed immensely by advanced data gathering ...
An ongoing problem regarding the automatic classification of neurons by their morphology is the lack...
Classification of neurons has been a studied topic in neuroscience for several years and with the in...
In this report, we study the topological differences and similarities between human and rodent neuro...
As more and more neuroanatomical data are made available through efforts such as NeuroMorpho.Org and...
The study of neuronal cell morphology and function in neurodegenerative disease processes is essenti...
Hierarchical clustering is a family of machine learning methods that has many applications, amongst ...
As more and more neuroanatomical data are made available through efforts such as NeuroMorpho.Org and...
Hluboké učení prakticky vyřešilo nejrůznější problémy počítačového vidění v průběhu poslední dekády....
Artificial neural networks at the present time gain notable popularity and show astounding results i...
ABSTRACT: In the study of neural circuits, it becomes essential to discern the different neuronal ce...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Neuronal morphology is a fundamental factor influencing information processing within neurons and ne...
Neuronal morphology is primarily responsible for the structure of the connectivity among the neurons...
This report analyzes three neural network structures: dense, convolutional and recurrent. One data s...
In recent years, the understanding of the brain has progressed immensely by advanced data gathering ...