Skip to main content
Back to top
Ctrl
+
K
NeuroPoly Lab Manual
Ctrl
+
K
Resources
👋
Onboarding
Getting Started
Campus Access
Infrastructure
Google Drive
Computer Setup
📧
Email
🗣
Slack
📶
Eduroam
💻
Shell Profile
💡
Other configuration tips
Software development
Students and Interns
Consultants and RA
Postdoctoral fellows
📅
Calendar & Meetings
🖥
Computing Resources
🖥
Computers @NeuroPoly
CPU Clusters
GPU Clusters
🖥
Computers @CRIUGM
🖥
Compute Canada
🖨
Printer
☁️
Microsoft 365
YouTube Procedure
💾
Data
Dataset curation
data
duke
django
🧲
MRI Scanning
UNF (3T Prisma)
MNI/McGill (7T Terra)
MHI (7T Agilent)
Concordia (3T GE)
🔧
RF Lab
NeuroPoly Coils
Misc
Phantoms
3D Printing
OctoPrint
PCB Manufacturing
CNC machine
Academic Life
🎓
University Courses
📖
Comprehensive Exam
💰
Scholarships
✈️
Conferences
📚
Bibliography
Theses
Spinal Cord Injury
MRI
MRI Analysis
Deep Learning
Histology
Paperpile Folder
💡
Ideas for Cool Projects
✍️
Academic Writing
Miscellaneous
📎
Practical Information
🌎
VISAs and Work Permits
🏥
Medical
🇨🇦
Living in Montreal
🛠
Purchasing Supplies
🤓
Geek tips
Useful links/Software
Bash/Shell
Script
Programming Languages
Python
MATLAB
C++
Installation of VTK and ITK on Mac OS X
Using XCode
Git & Github
git-annex
OS Guides
Linux
MacOSX
Various Software & Tools
Virtual Machines
VirtualBox
Vagrant
BitBucket
Docker
Docker for Deep Learning
Dropbox
Jekyll
Microsoft Word
OpenNeuro
Sketchup
XQuartz
Image Processing Software
Advanced Normalization Tools (ANTs)
Anima
Diffusion Simulator
FreeSurfer
FSL
FSLeyes
ITK-SNAP
NIfTI
OpenNeuro CLI
OsiriX
Deep Learning
CUDA
Tensorflow
Conditional Random Fields (CRF)
Restricted Boltzmann Machines (RBM)
Misc
🧩
EDI
📞
Contact
NeuroPoly Website
Virtual Machines
Virtual Machines
#
