A new tool to interactively explore and reveal the detailed organization of the microanatomy of pyramidal neurons.
For a full list of past projects you can follow this link
A new tool to interactively explore and reveal the detailed organization of the microanatomy of pyramidal neurons.
NeuroScheme is a tool that allows users to navigate through circuit data at different levels of abstraction using schematic representations.
MSPViz is a new tool for for the analisys of structural plasticity models using abstract levels and a set of views composed by schematic representations on each level.
NeuroTessMesh / NeuroLOTs is a set of tools and libraries that allow creating neuronal meshes from a minimal skeletal description.
ViSimpl integrates a set of visualization and interaction tools that provide a multi-view visual analysis of brain simultation data.
MeLVin is a web-based tool that integrates a meta-descriptive language and a visual environment for coordinated view application design.
ClInt Explorer is an application that uses supervised and unsupervised learning techniques to cluster neurobiological dataset.
Vishnu tool provides information integration and storage from multiple sources, specimens and scales. Vishnu provides an interface to query, filter and extract the stored data to be explored with the integrated analysis applications: DC Explorer, Pyramidal Explorer and ClInt Explorer.
This simulator provides a safe environment where the procedure can be rehearsed, reducing all kinds of radiological risk to the patient or even the radiographer.
NeuroEditor is a software tool for the visualization and edition of morphological tracings that offers manual edition capabilities together with a set of algorithms that can automatically identify potential errors in the tracings.
Neuronize is a software tool for the interoperability between neuronal mesh representation (Imaris) and tracing representation (Neurolucida)
DeepSpineNet is a GUI application for semiautomatic reconstruction of dendritic shafts and spines from microscopy images.
Come and I'll explain why I believe that collaborative and reactive notebooks with Observable are the
best tool today for exploring and analyzing complex data and making interactive information visualizations
that help derive insights. Forget what you know about Jupyter notebooks, since their resemblance to
Observable notebooks ends at the notebook, and come to see why I am passionate about this tool.
Given by John Alexis Guerra Gómez of the KhouryVis group
of Northeastern University Bay Area, expert in interactive information visualization
techniques, specialized in extracting insights from complex data.
To attend this course please register in this form
In this talk I will explain why insights are the real goal of data science. I will explain what they
are, and give you several examples from my practice where I have used interactive visualization of
information to extract insights from complex data problems (More Info).
Given by John Alexis Guerra Gómez of the KhouryVis group
of Northeastern University Bay Area, expert in interactive information visualization
techniques, specialized in extracting insights from complex data.
To attend this course please register in this form
In this course we will discuss the fundamentals of information visualization with a focus on insights:
non-obvious, meaningful and actionable findings from data. For this we will cover the theoretical concepts
of visualization including brands and channels, perception theory, data types and best practices
(graphs, trees, temporal, multidimensional, geographic etc), interaction and advanced concepts. All this
will go hand in hand with a strong practical component based on modern web development stacks, using
JavaScript, Observable, Vega-Lite and D3. At the end of this course you will have the basic theoretical
and practical tools to start your way into the fascinating world of information visualization.
(This course requires basic programming knowledge)
Given by John Alexis Guerra Gómez of the KhouryVis group
of Northeastern University Bay Area, expert in interactive information visualization
techniques, specialized in extracting insights from complex data.
To attend this course please register in this form