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Demo of brainlife.io and cross-platform interoperability (OpenNeuro, BIDS, DataLad, and Boutique). #5

@francopestilli

Description

@francopestilli

Title
Demo of brainlife.io cloud processing and visualization with cross-platforms interoperability, OpenNeuro, BIDS, DataLad, and Boutique.

Presentor and Affiliation
Franco Pestilli, Indiana University @francopestilli
Soichi Hayashi, Indiana University @soichih

Collaborators and participants
@chrisgorgo , @poldrack, @jbpoline, @yarikoptic, @effigies, @mih, @glatard

Github Link (if applicable)
https://github.com/brainlife

Abstract (max. 200 words):
brainlife.io is a small project to build an online platform for reproducible neuroscience. It provides mechanisms for analyzing and visualizing data, publishing algorithms, and full research-workflows by embedding data analysis and visualization in a mixture of public and private cloud computing systems. We will demonstrate the platform interface for data processing and visualization. We will also show: (1) How your analyses code can be registered as brainlife.io App from a GitHub repository. Apps can be publicly shared and executed on several cloud computing platforms: brainlife.io/apps. (2) How your neuroimaging data can be analyzed and visualized publicly and privately: brainlife.io/project. (3) The platform’s unique method for publishing the full scientific research assets (code and data) in a study via open cloud services (Avesani et al., Scientific Data, in press): brainlife.io/pubs. Finally, we will discuss interoperability across major open science projects such as brainlife.io, OpenNeuro.org, the BIDS standards, DataLad, and Boutiques.

Additional Context
1. Manage Data on brainlife.io
2. Process Data on brainlife.io
3. Visualize results on brainlife.io
4. Massive data analysis on brainlife.io
5. Imported open datasets from OpenNeuro.org
6. Related: OpenNeuro.org Demo
7. Making Open Neuroscience Infrastructures Interoperable

Preferred Session
Wednesday or Monday Afternoon
3. Demo: New advances in open neuroimaging methods
4. Web-based solutions in neuroscience
OR
3. Collaborative research and team science

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