diff --git a/CBRAIN_indepth.html b/CBRAIN_indepth.html index 9fc4e5a..7b9b8ac 100755 --- a/CBRAIN_indepth.html +++ b/CBRAIN_indepth.html @@ -4,7 +4,7 @@
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- - Longitudinal Acquisition, Storage and Curation, - Interoperability, Reproducibility, Transfer, Anonymization, - Security, Privacy, Ethics, APIs, - Validation, Quality Control, Protocol Checking, - Preprocessing, Analysis, HPC, - Provenance, Ontological Standarization, Data Harmonization, - Upgrades, Maintenance, Bug Fixes, - User Interface, Javascript, Bootstrap, - Tracking, Extensibility, - Data Management, Summary Statistics, - Workflows, Development, Tool Integration, - Data Sharing, Download, Multi-Modal Linking, Querying, - Image Processing, Visualization, - Networking, System Administration, - Partnerships, Funding, HR - ...No big deal! -
-Benefits vs Challenges
-
- CBRAIN orchestrates large amounts
of data and computation running
on remote supercomputing resources.
+
+ In other words, it makes big science
easier, manageable, and more reliable!
+ ..enables distributed execution of software pipelines
+..enables distributed execution
of software pipelines
..aggregates multiple distributed file systems into uniform view
+..aggregates multiple distributed
file systems into uniform view
611 users; 199 international
- 191 sites
- 299 countries
+
+
+
+ More Info at: http://boutiques.github.io/
+Contribute on Github: https://github.com/boutiques/boutiques +
+
+
+
+
+
+
+ CBRAIN Computational Resources
provided by Compute Canada
+ ~7 million CPU hours per year up to 8 PB of Storage
Conversion tools:
+Conversion tools:
MINC ↔ NIfTI, DICOM → MINC, DICOM → NIfTI, Analyze → HRRT, ASPIRO → MINC, DICOM → HRRT, MINC1 ↔ MINC2
-Image Processing tools: +
Image Processing tools:
Fully automated anatomical pipeline
-Parallel processing
-Can handle large datasets
-Includes QC mechanisms
->10 yrs active development
-Publication in process
+Fully automated anatomical pipeline
+Parallel processing
+Can handle large datasets
+Includes QC mechanisms
+>10 yrs active development
+Publication in process
http://niak.simexp-lab.org/
+Another imaging pipeline
Non-expert users can easily leverage Compute Canada
Anyone can request an account (best effort support):
cbrain-support.mni@mcgill.ca
CBRAIN code is now public: https://github.com/aces/cbrain
+CBRAIN code is now public:
https://github.com/aces/cbrain
Includes several structural and functional MRI tools
Continued integration of new tools as per community needs
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- |
-
- The MINC file format and toolbox was originally conceived, written and released by Peter Neelin in 1992. - |
-
By default binaries are available at /usr/local/mni
-Better to use /usr/local/bic
-A much more up-to-date version is installed in /ipl/quarantine/std/x86_64/1.0
-To execute: source /ipl/quarantine/std/x86_64/1.0/init.csh
-For personal computers (incl. Macs): https://www.mcgill.ca/bic/resources/minc/minctoolkit
-Two versions are mentioned: 1.0 and 1.9.2: install 1.0 version, which includes all the standard MINC tools with support for MINC2.
-Main difference: ITK-based software is also included.
- -https://github.com/aces/cbrain
- NITRC: www.nitrc.org/projects/cbrain
https://github.com/aces/cbrain
+ NITRC: www.nitrc.org/projects/cbrain