The growth rates of today's societies and the rapid advances in technology have led to the
need for access to dynamic, adaptive and personalized information in real time. Augmented …

Mesoscale microscopy images of the brain contain a wealth of information which can help
us understand the working mechanisms of the brain. However, it is a challenging task to …

High digital connectivity and a focus on reproducibility are contributing to an open science
revolution in neuroscience. Repositories and platforms have emerged across the whole …

The analysis of neuronal morphological data is essential to investigate the neuronal
properties and brain mechanisms. The complex morphologies, absence of annotations, and …

Introduction: Augmented reality can improve planning and execution of surgical procedures.
Head-mounted devices such as the HoloLens®(Microsoft, Redmond, WA, USA) are …

The advantage of augmented reality (AR) is the combination of virtual reality, three-
dimensional display and real–time interaction. Traditional augmented reality navigation …

Analyzing the types of neurons based on morphological characteristics is pivotal for
understanding brain function and human development. Existing analysis approaches based …

Neuronal morphology can be represented using various feature representations, such as
hand-crafted morphometrics and deep features. These features are complementary to each …

Recent advances in high-resolution microscopy have allowed scientists to better understand
the underlying brain connectivity. However, due to the limitation that biological specimens …

Neuron tracing, alternately referred to as neuron reconstruction, is the procedure for
extracting the digital representation of the three-dimensional neuronal morphology from …