Канал: SciNet HPC at the University of Toronto

C++20 Modules

C++20 Modules

How to Buy a Supercomputer for Scientific Computing

How to Buy a Supercomputer for Scientific Computing

Multi-factor Authentication (2024)

Multi-factor Authentication (2024)

Research Data Management for Reproducibility

Research Data Management for Reproducibility

Block Internet Advertisements by Setting up Pi-Hole on an Older PCs or Laptop

Block Internet Advertisements by Setting up Pi-Hole on an Older PCs or Laptop

Web scraping in Python

Web scraping in Python

Rarray: Reference-Counted Multidimensional Arrays for C++

Rarray: Reference-Counted Multidimensional Arrays for C++

SWIFT: A Modern Highly Parallel Gravity and Smoothed Particle Hydrodynamics Solver for Astrophysics

SWIFT: A Modern Highly Parallel Gravity and Smoothed Particle Hydrodynamics Solver for Astrophysics

Intro to Advanced Research Computing

Intro to Advanced Research Computing

High-Performance Computing in R

High-Performance Computing in R

Encrypted Workflows on Multi-user Supercomputers

Encrypted Workflows on Multi-user Supercomputers

Intro to SciNet, Niagara and Mist

Intro to SciNet, Niagara and Mist

Exploring Self-Hosted Password Managers

Exploring Self-Hosted Password Managers

Parallel Job Orchestration with GNU Parallel

Parallel Job Orchestration with GNU Parallel

Multi-Factor Authentication

Multi-Factor Authentication

High-Performance Computing in R

High-Performance Computing in R

Making use of SIMD Vectorisation to Improve Code Performance

Making use of SIMD Vectorisation to Improve Code Performance

A Comparison of Neural Network Frameworks

A Comparison of Neural Network Frameworks

Research Data Management - Part 2

Research Data Management - Part 2

Research Data Management - Part 1

Research Data Management - Part 1

Niagara Launch Slideshow (March 2018)

Niagara Launch Slideshow (March 2018)

Intro to MPI 2021 - Day #1

Intro to MPI 2021 - Day #1

Intro to Supercomputing -- day 3

Intro to Supercomputing -- day 3

Intro to Supercomputing -- day 2

Intro to Supercomputing -- day 2

Intro to Supercomputing -- day 1

Intro to Supercomputing -- day 1

Enable your research with Cybersecurity -- day 3

Enable your research with Cybersecurity -- day 3

Enable your research with Cybersecurity -- day 2

Enable your research with Cybersecurity -- day 2

Enable your research with Cybersecurity

Enable your research with Cybersecurity

BCH2024 lecture 12 - 2021

BCH2024 lecture 12 - 2021

BCH2024 lecture 11 - 2021

BCH2024 lecture 11 - 2021

BCH2024 lecture 10 - 2021

BCH2024 lecture 10 - 2021

BCH2024 lecture 09 - 2021

BCH2024 lecture 09 - 2021

BCH2024 lecture 08 - 2021

BCH2024 lecture 08 - 2021

PHY1610 lecture 24 - 2021

PHY1610 lecture 24 - 2021

PHY1610 lecture 23 - 2021

PHY1610 lecture 23 - 2021

BCH2024 lecture 07 - 2021

BCH2024 lecture 07 - 2021

PHY1610 lecture 22 - 2021

PHY1610 lecture 22 - 2021

PHY1610 lecture 21 - 2021

PHY1610 lecture 21 - 2021

BCH2024 lecture 06 - 2021

BCH2024 lecture 06 - 2021

PHY1610 lecture 20 - 2021

PHY1610 lecture 20 - 2021

PHY1610 lecture 19 - 2021

PHY1610 lecture 19 - 2021

BCH2024 lecture 05 - 2021

BCH2024 lecture 05 - 2021

PHY1610 lecture 18 - 2021

PHY1610 lecture 18 - 2021

PHY1610 lecture 17 - 2021

PHY1610 lecture 17 - 2021

BCH2024 lecture 04 - 2021

BCH2024 lecture 04 - 2021

PHY1610 lecture 16 - 2021

PHY1610 lecture 16 - 2021

PHY1610 lecture 15 - 2021

PHY1610 lecture 15 - 2021

BCH2024 lecture 03 - 2021

BCH2024 lecture 03 - 2021

PHY1610 lecture 14 - 2021

PHY1610 lecture 14 - 2021

PHY1610 lecture 13 - 2021

PHY1610 lecture 13 - 2021

BCH2024 lecture 02 - 2021

BCH2024 lecture 02 - 2021

PHY1610 lecture 12 - 2021

PHY1610 lecture 12 - 2021

PHY1610 lecture 11 - 2021

PHY1610 lecture 11 - 2021

BCH2024 lecture 01 - 2021

BCH2024 lecture 01 - 2021

PHY1610 lecture 10 - 2021

PHY1610 lecture 10 - 2021

PHY1610 lecture 9 - 2021

PHY1610 lecture 9 - 2021

PHY1610 lecture 8 - 2021

PHY1610 lecture 8 - 2021

PHY1610 lecture 7 - 2021

PHY1610 lecture 7 - 2021

PHY1610 lecture 6 - 2021

PHY1610 lecture 6 - 2021

PHY1610 lecture 5 - 2021

PHY1610 lecture 5 - 2021

PHY1610 tutorial #2 - 2021

PHY1610 tutorial #2 - 2021

PHY1610 lecture 4 - 2021

PHY1610 lecture 4 - 2021

PHY1610 lecture 3 - 2021

PHY1610 lecture 3 - 2021

PHY1610 lecture 2 - 2021

PHY1610 lecture 2 - 2021

PHY1610 lecture 1 - 2021

PHY1610 lecture 1 - 2021

Intro to SciNet/Niagara/Mist (Jan.2021)

Intro to SciNet/Niagara/Mist (Jan.2021)

SNUG Dec. 2020: IEEE VIz Challenge 2021

SNUG Dec. 2020: IEEE VIz Challenge 2021

Dec 2020 SNUG: IEEE VIz Challenge 2021

Dec 2020 SNUG: IEEE VIz Challenge 2021

Relational Database Basics

Relational Database Basics

Parallel Performance Tuning (Oct 2020) -- day 1

Parallel Performance Tuning (Oct 2020) -- day 1

JupyterHub at SciNet

JupyterHub at SciNet

Brain Network Modelling -- day 3

Brain Network Modelling -- day 3

R and High Performance Computing

R and High Performance Computing

SciNet HPC at the University of Toronto Live Stream

SciNet HPC at the University of Toronto Live Stream

SciNet HPC at the University of Toronto Live Stream

SciNet HPC at the University of Toronto Live Stream

Python for MRI Analysis Day 2

Python for MRI Analysis Day 2

Python for MRI Analysis, Day 1

Python for MRI Analysis, Day 1

"Neuroimaging Analysis at Scale", day3 (Jul. 2020)

"Neuroimaging Analysis at Scale", day3 (Jul. 2020)

"Neuroimaging Analysis at Scale", day 2 cont. (Jul. 2020)

"Neuroimaging Analysis at Scale", day 2 cont. (Jul. 2020)

"Neuroimaging Analysis at Scale", day 2 (Jul. 2020)

"Neuroimaging Analysis at Scale", day 2 (Jul. 2020)

"Neuroimaging Analysis at Scale", day 1 (Jul. 2020)

"Neuroimaging Analysis at Scale", day 1 (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI -- wrap-up (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI -- wrap-up (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI -- hands-on (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI -- hands-on (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI (Jul. 2020)

Parallel Programming at Scale on Supercomputers with MPI (Jul. 2020)

OpenMP Wrap-up Meeting

OpenMP Wrap-up Meeting

OpenMP lecture (June 2020)

OpenMP lecture (June 2020)

Intro to Linux Shell - Hands-on

Intro to Linux Shell - Hands-on

Intro to Linux Shell - Lecture (June 2020)

Intro to Linux Shell - Lecture (June 2020)

Intro to Supercomputing -- wrap-up session (Jun. 2020)

Intro to Supercomputing -- wrap-up session (Jun. 2020)

Intro to Supercomputing -- hands-on (Jun. 2020)

Intro to Supercomputing -- hands-on (Jun. 2020)

Intro to Supercomputing (Jun. 2020)

Intro to Supercomputing (Jun. 2020)

Intro to Supercomputing (2020)

Intro to Supercomputing (2020)

BCH2024 Lecture 12, May 2020

BCH2024 Lecture 12, May 2020

BCH2024 Lecture 11, May 2020

BCH2024 Lecture 11, May 2020

BCH2024 Lecture 10, May 2020

BCH2024 Lecture 10, May 2020

BCH2024 Lecture 9, May 2020

BCH2024 Lecture 9, May 2020

BCH2024 Lecture 8, May 2020

BCH2024 Lecture 8, May 2020

BCH2024 Lecture 7, May 2020

BCH2024 Lecture 7, May 2020

BCH2024 Lecture 6, April 2020

BCH2024 Lecture 6, April 2020

BCH2024 Lecture 5, April 2020

BCH2024 Lecture 5, April 2020

BCH2024 Lecture 4, April 2020

BCH2024 Lecture 4, April 2020

BCH2024 Lecture 3, April 2020

BCH2024 Lecture 3, April 2020

BCH2024 Lecture 2, April 2020

BCH2024 Lecture 2, April 2020

BCH2024 Lecture 1, April 2020

BCH2024 Lecture 1, April 2020

BCH2024 2020 - Lecture 1

BCH2024 2020 - Lecture 1

PHY1610 Lecture 24

PHY1610 Lecture 24

PHY1610 Lecture 23

PHY1610 Lecture 23

Phy1610 Lecture 22

Phy1610 Lecture 22

Phy1610 Lecture 21

Phy1610 Lecture 21

PHY1610H Scientific Computing Lecture 21

PHY1610H Scientific Computing Lecture 21

PHY1610 Scientific Computing Lecture 20 - OpenMP part 2

PHY1610 Scientific Computing Lecture 20 - OpenMP part 2

PHY1610 Lecture 20 - OpenMP part 2

PHY1610 Lecture 20 - OpenMP part 2

PHY1610 Scientific Computing Lecture 19

PHY1610 Scientific Computing Lecture 19

PHY1610 Scientific Computing Lecture 19

PHY1610 Scientific Computing Lecture 19

IntroToNiagaraAndMist

IntroToNiagaraAndMist

Introducing the Mist GPU Cluster

Introducing the Mist GPU Cluster

SciNet HPC at the University of Toronto Live Stream

SciNet HPC at the University of Toronto Live Stream

NIAGARA Expansion Live Stream

NIAGARA Expansion Live Stream

Introduction to "GIT-Version Control" workshop (Oct. 2019)

Introduction to "GIT-Version Control" workshop (Oct. 2019)

Relational Database Basics

Relational Database Basics

intro to SciNet/Niagara (April 2019)

intro to SciNet/Niagara (April 2019)

"The Grammar and Tools of Data Visualization in the Era of Big Data", by Mubdi Rahman, Ph.D

"The Grammar and Tools of Data Visualization in the Era of Big Data", by Mubdi Rahman, Ph.D

IDIES Viz Hackathon (@UofT) - day 2 (Saturday PM) part 2

IDIES Viz Hackathon (@UofT) - day 2 (Saturday PM) part 2

IDIES Viz Hackathon (@UofT) - day 2 (Saturday AM) part 1

IDIES Viz Hackathon (@UofT) - day 2 (Saturday AM) part 1

IDIES Viz Hackathon (@UofT) - day 1 (Friday) PM

IDIES Viz Hackathon (@UofT) - day 1 (Friday) PM

IDIES Viz Hackathon (@UofT) - day 1 (Friday) AM

IDIES Viz Hackathon (@UofT) - day 1 (Friday) AM

SciNet teaching statistics (2017)

SciNet teaching statistics (2017)

Intro to Linux Shell (Nov.2018)

Intro to Linux Shell (Nov.2018)

SNUG: "The use of supercomputers in Ecological Systems"

SNUG: "The use of supercomputers in Ecological Systems"

Intro to SciNet and Niagara

Intro to SciNet and Niagara

Big Data Challenge 2018 SciNet HPC Consortium Live Stream

Big Data Challenge 2018 SciNet HPC Consortium Live Stream

IntroSciNetNiagara

IntroSciNetNiagara

Database Basics - Part 2

Database Basics - Part 2

Database Basics - Part 1

Database Basics - Part 1

Using the Niagara Supercomputer

Using the Niagara Supercomputer

Niagara Supercomputer Installation Time Lapse

Niagara Supercomputer Installation Time Lapse

Niagara Update, February 2018

Niagara Update, February 2018

Neural Network Programming - Part 2

Neural Network Programming - Part 2

Neural Network Programming - Part 1

Neural Network Programming - Part 1

Viz Wall Demo at the Grand Opening of "ArcNet"

Viz Wall Demo at the Grand Opening of "ArcNet"

Scientific Computing, lecture 24: mpi part 2

Scientific Computing, lecture 24: mpi part 2

Scientific Computing for Physicists (PHY1610 - 2017): Lecture 24 - MPI II

Scientific Computing for Physicists (PHY1610 - 2017): Lecture 24 - MPI II

Scientific Computing for Physicists (2017): OpenMP part 2

Scientific Computing for Physicists (2017): OpenMP part 2

Scientific Computing Lecture 12: OpenMP part 1

Scientific Computing Lecture 12: OpenMP part 1

Scientific Computing - Lecture 20: Serial jobs, SciNet, GNU Parallel

Scientific Computing - Lecture 20: Serial jobs, SciNet, GNU Parallel

Scientific Computing - lecture 19: Intro to High Performance Computing

Scientific Computing - lecture 19: Intro to High Performance Computing

Scientific Computing - Lecture 18: Serial Performance

Scientific Computing - Lecture 18: Serial Performance

Visualization in Python: animations and plot.ly

Visualization in Python: animations and plot.ly

Scientific Computing for Physicists (PHY1610) - Lecture 17: Profiling

Scientific Computing for Physicists (PHY1610) - Lecture 17: Profiling

Randomness and Monte Carlo Simulations (Scientific Computing for Physicists, lecture 16)

Randomness and Monte Carlo Simulations (Scientific Computing for Physicists, lecture 16)

Scientific Visualization with Python

Scientific Visualization with Python

Fitting and Fast Fourier Transform: Lecture 15 of Scientific Computing for Physicists

Fitting and Fast Fourier Transform: Lecture 15 of Scientific Computing for Physicists

Root finding and optimization: Scientific Computing for Physicists 2017

Root finding and optimization: Scientific Computing for Physicists 2017

Undegraduate Seminar Series on Data Analysis: Data Analysis with Python Pandas

Undegraduate Seminar Series on Data Analysis: Data Analysis with Python Pandas

Scientific Computing Lecture 13: Linear Algebra with BLAS and LAPACK

Scientific Computing Lecture 13: Linear Algebra with BLAS and LAPACK

Scientific Computing 2017: Linear Algebra Review

Scientific Computing 2017: Linear Algebra Review

Scientific Computing - Lecture 10: Ordinary Differential Equations

Scientific Computing - Lecture 10: Ordinary Differential Equations

Parallel Python (PHY479 - 2017)

Parallel Python (PHY479 - 2017)

Scientific Computing for Physicists - Lecture on Numerics and Numerical Errors

Scientific Computing for Physicists - Lecture on Numerics and Numerical Errors

Scientific Computing 2017 - Testing and Debugging

Scientific Computing 2017 - Testing and Debugging

Scientific Computing Lecture5: Arrays

Scientific Computing Lecture5: Arrays

Undergraduate Seminars on High Performance Computing (PHY791Y1) -- Lecture 2

Undergraduate Seminars on High Performance Computing (PHY791Y1) -- Lecture 2

Scientific Computing Lecture 3: Modular Programming

Scientific Computing Lecture 3: Modular Programming

Jupyter Notebook on SciNet

Jupyter Notebook on SciNet

Scientific Computing for Physicists 2017 Lecture2

Scientific Computing for Physicists 2017 Lecture2

Scientific Computing for Physicists 2017 Lecture 1

Scientific Computing for Physicists 2017 Lecture 1

SNUG April 2016: "Bewitched, Bothered and Bewildered: Parallelism and Memory Models", by AJ Guillon

SNUG April 2016: "Bewitched, Bothered and Bewildered: Parallelism and Memory Models", by AJ Guillon

Intro to SciNet (April 2016)

Intro to SciNet (April 2016)

Lecture 24: Other Parallel Techniques

Lecture 24: Other Parallel Techniques

Lecture 23: Parallel IO

Lecture 23: Parallel IO

Lecture 22: MPI Part 2

Lecture 22: MPI Part 2

Lecture 21: MPI Part 1

Lecture 21: MPI Part 1

Lecture 20 PHY1610 OpenMP

Lecture 20 PHY1610 OpenMP

Lecture 19: OpenMP part 1

Lecture 19: OpenMP part 1

Lecture 18: Serial Jobs & File IO

Lecture 18: Serial Jobs & File IO

Lecture 17 PHY1610 2016

Lecture 17 PHY1610 2016

Lecture 16 next try

Lecture 16 next try

Lecture 16: Random Numbers and Monte Carlo Methods

Lecture 16: Random Numbers and Monte Carlo Methods

Lecture 15: ODEs

Lecture 15: ODEs

Lecture 14: PDEs

Lecture 14: PDEs

Lecture 13: Linear Algebra ii

Lecture 13: Linear Algebra ii

Lecture 12: Lineal Algebra i (Review)

Lecture 12: Lineal Algebra i (Review)

Lecture #11: Fitting & FFT

Lecture #11: Fitting & FFT

Scientific Computing Lecture 10: Numerical Root Finding and Optimization

Scientific Computing Lecture 10: Numerical Root Finding and Optimization

SciNet viz demo

SciNet viz demo

Lecture #9: Numerics and Numerical Errors

Lecture #9: Numerics and Numerical Errors

Lecture 8 PHY1610

Lecture 8 PHY1610

Lecture 7: Data Structures

Lecture 7: Data Structures

Lecture 6: Debugging (leftovers) + Profiling

Lecture 6: Debugging (leftovers) + Profiling

Lecture #5: Debugging

Lecture #5: Debugging

Lecture 4: Arrays

Lecture 4: Arrays

Lecture 3: Modularity

Lecture 3: Modularity

Scientific Computing 2016 - Lecture 2

Scientific Computing 2016 - Lecture 2

Scientific Computing - Lecture #1

Scientific Computing - Lecture #1

Research Computing with Python lecture 8: Pandas

Research Computing with Python lecture 8: Pandas

Research Computing with Python lecture 7: Numerical Integration and ODEs

Research Computing with Python lecture 7: Numerical Integration and ODEs

Research Computing with Python lecture 6: Visualization

Research Computing with Python lecture 6: Visualization

Research Computing with Python lecture 5: File Input/Output

Research Computing with Python lecture 5: File Input/Output

Research Computing with Python - Lecture 4: Numpy and Scipy

Research Computing with Python - Lecture 4: Numpy and Scipy

Research Computing with Python - Lecture 3: Modularity & Version Control

Research Computing with Python - Lecture 3: Modularity & Version Control