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  • New User Quick Start
  • Accounts and Projects
    • Request a New Allocation
      • What are the differences between project types?
      • What happens after a project request is approved?
      • Guidance on Summit Allocation Requests
    • Applying for a user account
    • Checking the status of your application
    • Get access to additional projects
    • Frequently Asked Questions
      • How do I apply for an account?
      • What is the status of my application?
      • How should I acknowledge the OLCF in my publications and presentations?
      • What is a subproject?
      • I no longer need my account. Who should I inform and what should I do with my OLCF issued RSA SecurID token?
      • My SecurID token is broken/expired. What should I do?
      • Getting Help
      • Additional Resources
    • Documents and Forms
      • Forms for Requesting a Project Allocation
      • Forms for Requesting an Account
      • Forms to Request Changes to Computers, Jobs, or Accounts
      • Report Templates
      • Miscellaneous Forms
    • OLCF Policy Guides
      • OLCF Acknowledgement
      • Software Requests
      • Special Requests and Policy Exemptions
      • Computing Policy
        • Computer Use
        • Data Use
        • Software Use
        • User Accountability
      • Data Management Policy
        • Introduction
        • Data Retention, Purge, & Quotas
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        • Software
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        • Scope
        • Personal Use
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        • Access
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      • HIPAA/ITAR Project Rules of Behavior Policy
      • User-Managed Software (UMS) Policy
        • Purpose
        • Policies
    • Glossary
    • Additional Resources
  • Connecting
    • Connecting for the first time
    • Activating a new SecurID fob
    • PINs, Passcodes, and Tokencodes
    • X11 Forwarding
    • Systems Available to All Projects
    • OLCF System Hostnames
    • Starting a Tmux Session
    • Checking System Availability
  • Systems
    • Frontier User Guide
      • System Overview
        • Frontier Compute Nodes
        • Node Types
        • System Interconnect
        • File Systems
        • Operating System
        • GPUs
      • Connecting
      • Data and Storage
        • Transition from Alpine to Orion
        • NFS Filesystem
        • Lustre Filesystem
        • HPSS Archival Storage
      • Using Globus to Move Data to Orion
        • NVMe
        • NVMe Usage
      • AMD GPUs
        • AMD vs NVIDIA Terminology
        • Blocks (workgroups), Threads (work items), Grids, Wavefronts
        • The Compute Unit
        • HIP
        • Things To Remember When Programming for AMD GPUs
      • Programming Environment
        • Environment Modules (Lmod)
        • Compilers
        • MPI
      • Compiling
        • Compilers
        • MPI
        • OpenMP
        • OpenMP GPU Offload
        • HIP
        • HIP + OpenMP CPU Threading
      • Running Jobs
        • Login vs Compute Nodes
        • Simplified Node Layout
        • Slurm
        • Batch Scripts
        • Interactive Jobs
        • Common Slurm Options
        • Slurm Environment Variables
        • Job States
        • Job Reason Codes
        • Scheduling Policy
        • Job Dependencies
        • Monitoring and Modifying Batch Jobs
        • Srun
        • Process and Thread Mapping Examples
        • Tips for Launching at Scale
      • Software
      • Debugging
        • Linaro DDT
        • GDB
        • Valgrind4hpc
      • Profiling Applications
        • Getting Started with the HPE Performance Analysis Tools (PAT)
        • Getting Started with HPCToolkit
        • Getting Started with the ROCm Profiler
        • Roofline Profiling with the ROCm Profiler
      • Tips and Tricks
        • Using reduced precision (FP16 and BF16 datatypes)
        • Enabling GPU Page Migration
        • Floating-Point (FP) Atomic Operations and Coarse/Fine Grained Memory Allocations
        • Performance considerations for LDS FP atomicAdd()
      • System Updates
        • 2023-05-09
      • Known Issues
        • Open Issues
        • Open Issues w/Workaround
        • Resolved Issues
    • Summit User Guide
      • Summit Documentation Resources
      • System Overview
        • Summit Nodes
        • Node Types
        • System Interconnect
        • File Systems
        • Operating System
        • Hardware Threads
        • GPUs
      • Connecting
      • Data and Storage
      • Software
      • Shell & Programming Environments
        • Default Shell
        • Environment Management with Lmod
      • Compiling
        • Compilers
        • Linking in Libraries
      • Running Jobs
        • Login, Launch, and Compute Nodes
        • Batch Scripts
        • Interactive Jobs
        • Common bsub Options
        • Batch Environment Variables
        • Job States
        • Scheduling Policy
        • Job Dependencies
        • Job Launcher (jsrun)
        • Launching a Job with jsrun
        • Jsrun Examples
        • Using Multithreading in a Job
        • Launching Multiple Jsruns
        • CUDA-Aware MPI
        • Monitoring Jobs
        • Interacting With Jobs
        • Other LSF Commands
        • PBS/Torque/MOAB-to-LSF Translation
        • Easy Mode vs. Expert Mode
        • System Service Core Isolation
        • Job Accounting on Summit
        • Other Notes
      • Debugging
        • Linaro DDT
        • GDB
        • Valgrind
      • Optimizing and Profiling
        • Profiling GPU Code with NVIDIA Developer Tools
        • Score-P
        • Vampir
        • HPCToolkit
      • NVIDIA V100 GPUs
        • NVIDIA V100 SM
        • HBM2
        • NVIDIA NVLink
        • Volta Multi-Process Service
        • Unified Memory
        • Independent Thread Scheduling
        • Tensor Cores
        • Tesla V100 Specifications
        • Further Reading
      • Burst Buffer
        • NVMe (XFS)
        • Current NVMe Usage
        • Interactive Jobs Using the NVMe
        • NVMe Usage Example
        • Spectral Library
      • Known Issues
        • Open Issues
        • Resolved Issues
        • CUDA 10.1 Known Issues
      • Scalable Protected Infrastructure (SPI)
      • Training System (Ascent)
        • File Systems
        • Obtaining Access to Ascent
        • Logging In to Ascent
      • Preparing For Frontier
        • HIP
        • Using HIP on Summit
        • Learning to Program with HIP
        • Previous Frontier Training Events
    • Citadel User Guide
      • Summit Documentation
      • Citadel (SPI) Documentation
    • Andes User Guide
      • System Overview
        • Compute nodes
        • Login nodes
        • File systems
      • Shell and programming environments
        • Default shell
        • Environment management with lmod
        • Installed Software
      • Compiling
        • Available compilers
        • Changing compilers
        • Compiler wrappers
        • Compiling threaded codes
      • Running Jobs
        • Login vs Compute Nodes on Commodity Clusters
        • Slurm
        • Interactive Batch Jobs on Commodity Clusters
        • Common Batch Options to Slurm
        • Batch Environment Variables
        • Modifying Batch Jobs
        • Monitoring Batch Jobs
        • Job Execution
        • Batch Queues on Andes
        • Job Accounting on Andes
      • Debugging
        • Linaro DDT
        • GDB
        • Valgrind
      • Visualization tools
        • ParaView
        • VisIt
        • Remote Visualization using VNC (non-GPU)
        • Remote Visualization using VNC (GPU nodes)
        • Remote Visualization using Nice DCV (GPU nodes only)
    • Home
      • System Overview
      • Access & Connecting
      • Usage
        • Acceptable Tasks
        • Unacceptable Tasks
    • Data Transfer Nodes (DTNs)
      • System Overview
      • Interactive Access
      • Access From Globus Online
      • Batch Queue (Slurm)
        • Queue Policy
    • High Performance Storage System
      • System Overview
    • Ascent
      • System Overview
    • Spock Quick-Start Guide
      • System Overview
        • Spock Compute Nodes
        • System Interconnect
        • File Systems
        • GPUs
      • Connecting
      • Data and Storage
        • NFS
        • GPFS
      • Programming Environment
        • Environment Modules (Lmod)
        • Compilers
        • MPI
      • Compiling
        • MPI
        • OpenMP
        • OpenMP GPU Offload
        • HIP
      • Running Jobs
        • Slurm Workload Manager
        • Slurm Compute Node Partitions
        • Process and Thread Mapping
        • NVMe Usage
      • Getting Help
      • Known Issues
        • Open Issues
        • Open Issues w/Workaround
        • Resolved Issues
    • Crusher Quick-Start Guide
      • System Overview
        • Crusher Compute Nodes
        • System Interconnect
        • File Systems
        • GPUs
      • Connecting
      • Data and Storage
        • NFS Filesystem
        • Lustre Filesystem
      • Programming Environment
        • Environment Modules (Lmod)
        • Compilers
        • MPI
      • Compiling
        • MPI
        • OpenMP
        • OpenMP GPU Offload
        • HIP
        • HIP + OpenMP CPU Threading
        • SYCL
      • Running Jobs
        • Slurm Workload Manager
        • Slurm Compute Node Partitions
        • Process and Thread Mapping
        • NVMe Usage
        • Tips for Launching at Scale
      • Profiling Applications
        • Getting Started with the HPE Performance Analysis Tools (PAT)
        • Getting Started with HPCToolkit
        • Getting Started with the ROCm Profiler
        • Roofline Profiling with the ROCm Profiler
      • Notable Differences between Summit and Crusher
        • Using reduced precision (FP16 and BF16 datatypes)
        • Enabling GPU Page Migration
        • Floating-Point (FP) Atomic Operations and Coarse/Fine Grained Memory Allocations
        • Performance considerations for LDS FP atomicAdd()
      • System Updates
        • 2023-04-05
        • 2022-12-29
      • Getting Help
      • Known Issues
        • Open Issues
        • Open Issues w/Workaround
        • Resolved Issues
  • Services and Applications
    • Slate
      • Overview
        • What is Slate?
        • What is Kubernetes?
        • What is OpenShift?
      • Getting Started
        • Requesting A Slate Project Allocation
        • Logging in
        • Slate Namespaces
        • Install the OC tool
        • Test login with OC Tool
      • Guided Tutorial
        • Creating your project
        • Guided Web GUI Tutorial
      • Guided Tutorial: CLI
        • Adding a Pod to your Project
      • Image Building
        • Build Types
        • Examples
        • Logging into the registry externally
      • Workloads
        • Pods
        • Deployments
      • Networking
        • Services
        • NodePorts
        • Routes
        • Network Policies
        • Quick Access from Outside Slate
      • Persistent Storage
        • Creating A Persistent Volume Claim
        • Adding PVC To Pod
        • Backups
      • Workflows
        • Workflows Overview
        • OpenShift GitOps
        • OpenShift Pipelines
      • Application Deployment Examples
        • Build and Deploy Simple Website
        • Deploy MongoDB
        • Deploy NGINX with Hello World
        • GitLab Runners
        • Deploy Packages with Helm
        • Helm Prerequisites
        • MinIO Object Store (On an NCCS Filesystem)
      • Access OLCF Resources From Containers
        • Batch Job Submission
        • Mount OLCF Filesystems
      • Schedule Other Slate Resources
        • GPUs
      • OLCF-Provided Applications on Slate
      • Troubleshooting
        • Fix Container Image Permissions
        • Debugging
      • YAML Object Quick Reference
        • CronJobs
        • Deployments and Stateful Sets
        • Pods
        • Roles and Rolebindings
        • Routes, Services and Nodeports
        • Persistent Volume Claims
      • Glossary
    • myOLCF
      • Overview
        • What is myOLCF?
        • What can it do?
        • Can I suggest a feature?
      • Authenticating
        • OLCF Moderate Accounts
        • OLCF Open Accounts
      • Project Pages
        • Project Context
        • Switching Project Contexts
        • Available Pages
      • Account Pages
        • Account Context
        • Available Pages
      • Processing Project Membership Requests
    • Jupyter
      • Overview
        • Jupyter at OLCF
        • Access
        • CPU vs. GPU JupyterLab (Available Resources)
        • Working within GPFS and NFS (Launching a notebook)
        • Conda environments and custom notebooks
        • Manually stopping your JupyterLab session
        • Things to be aware of
        • Example Jupyter Notebooks
  • Data Storage and Transfers
    • Summary of Storage Areas
      • Notes on User-Centric Data Storage
        • User Home Directories (NFS)
        • User Archive Directories (HPSS)
      • Notes on Project-Centric Data Storage
        • Project Home Directories (NFS)
        • Project Work Areas
        • Project Archive Directories
    • Data Policies
      • Information
      • Purge
      • Special Requests
      • Data Retention
    • Orion Lustre HPE ClusterStor Filesystem
      • Orion Performance Tiers and File Striping Policy
      • I/O Patterns that Benefit from File Striping
      • Purge
    • Alpine IBM Spectrum Scale Filesystem
      • Alpine Performance under non-ideal workloads
      • Tips
      • Major difference between Lustre HPE ClusterStor and IBM Spectrum Scale
    • HPSS Data Archival System
    • Transferring Data
      • Globus
        • Using Globus to Move Data to Orion
        • General Globus Example
        • Using Globus From Your Local Workstation
      • HSI
        • Additional HSI Documentation
      • HTAR
        • HTAR Limitations
        • Additional HTAR Documentation
      • Command-Line/Terminal Tools
    • Burst Buffer and Spectral Library
  • Software
    • Software News
    • ML/DL & Data Analytics
      • IBM Watson Machine Learning CE -> Open CE
        • Getting Started
        • Running Distributed Deep Learning Jobs
        • Setting up Custom Environments
        • Best Distributed Deep Learning Performance
        • Troubleshooting Tips
      • R and pbdR on Summit
        • Loading R
        • How to Run an R Script
        • R Hello World Example
        • pbdR Hello World Example
        • Common R Packages for Parallelism
        • GPU Computing with R
        • More Information
      • NVIDIA RAPIDS
        • Overview
        • Getting Started
        • RAPIDS on Jupyter
        • RAPIDS on Summit
        • Setting up Custom Environments
        • BlazingSQL Distributed Execution
      • Apache Spark
        • Overview
        • Getting Started
    • Python on OLCF Systems
      • Overview
      • OLCF Python Guides
        • Conda Basics
        • Installing mpi4py and h5py
        • Installing CuPy
        • Installing Miniconda
      • Module Usage
        • Base Environment
        • Custom Environments
      • How to Run
        • Summit
        • Frontier / Andes
      • Best Practices
      • Additional Resources
    • Profiling Tools
      • Score-P
        • Overview
        • Usage
        • Instrumentation
        • Measurement
        • Profiling
        • Tracing
        • Manual Instrumentation
        • Score-P Demo Video
      • Tuning and Analysis Utilities (TAU)
        • Run-Time Environment Variables
        • Compile-Time Environment Variables
        • MiniWeather Example Application
        • CUDA Profiling Tools Interface
        • Tracing
        • Selective Instrumentation
        • Dynamic Phase
        • Static Phase
        • OpenMP Offload
      • Vampir
        • Overview
        • Usage
        • Vampir on a Login Node
        • Vampir Using VampirServer
        • Vampir Tunneling to VampirServer
        • Vampir GUI Demo
    • User-Managed Software
      • Introduction
      • Currently Available User-Managed Software
      • Usage
      • Policies
      • Writing UMS Modulefiles
    • Workflows
      • Running Workflows on OLCF Resources
      • Workflow Systems
        • Ensemble Toolkit (EnTK)
        • FireWorks
        • MLflow
        • Parsl
        • pmake
        • Swift/T
    • E4S Software Stack
      • Summit
        • Access via modulefiles
        • E4S 21.08 Packages
        • E4S 21.05 Packages
      • Spock
        • Access via modulefiles
        • E4S 21.08 Packages
        • E4S 21.05 Packages
    • Spack Environments
      • Purpose
      • Getting Started
      • Add Dependencies to the environment
        • Adding OLCF Modulefiles as External Packages
        • Adding User-Defined Dependencies to the environment
      • Installing the Environment
      • More Details
      • References
    • Visualization Tools
      • VisIt
        • Overview
        • Installing and Setting Up Visit
        • Remote GUI Usage
        • Command Line Example
        • Troubleshooting
        • Additional Resources
      • ParaView
        • Overview
        • Installing and Setting Up ParaView
        • Remote GUI Usage
        • Command Line Example
        • Troubleshooting
        • Additional Resources
    • Containers on Summit
      • Basic Information
      • Setup before Building
      • Build and Run Workflow
        • Building a Simple Image
        • Using a Container Registry to Build and Save your Images
        • Running a Simple Container in a Batch Job
        • Running an MPI program with the OLCF MPI base image
        • Running a single node GPU program with the OLCF MPI base image
        • Running a CUDA-Aware MPI program with the OLCF MPI base image
      • Tips, Tricks, and Things to Watch Out For
    • Debugging
      • Linaro Forge DDT
        • Client Setup and Usage
        • Download
        • Installation
        • Configuration
      • GNU GDB
      • Valgrind
  • Training
    • OLCF Training Calendar
    • OLCF Tutorials
    • OLCF Training Archive
    • OLCF GPU Hackathons
    • OLCF Vimeo Channel
  • Quantum
    • Quantum Computing User Program (QCUP) Access
      • QCUP Priorities
      • Project Allocations
        • What happens after a project request is approved?
        • Project Renewals
        • Closeout and Quarterly Reports
      • User Accounts
        • Checking the status of your application
      • Accessing Quantum Resources
        • IBM Quantum Computing
        • Quantinuum
        • Rigetti
      • Publication Citations
    • Quantum Systems
      • IBM Quantum
        • Overview
        • Connecting
        • Running Jobs & Queue Policies
        • Checking System Availability & Capability
        • Software
        • Additional Resources
      • Rigetti
        • Overview
        • Connecting
        • Running Jobs
        • Allocations & Credit Usage
        • Data Storage Policies
        • Software
        • Additional Resources
      • Quantinuum
        • Overview
        • Connecting
        • Running Jobs & Queue Policies
        • Allocations & Credit Usage
        • Software
    • Quantum Software
      • Quantum Software on HPC Systems
        • Overview
        • Qiskit
        • PyQuil/Forest SDK (Rigetti)
        • PennyLane
        • Batch Jobs
    • Frequently Asked Questions
      • How do quantum computers differ from classical computers?
      • What is a qubit?
      • How do I access the OLCF quantum computing resources?
      • What happens after I apply for access to QCUP?
      • I formerly had access to quantum resources, but my backends/lattices/etc. have disappeared, what do I do?
      • I applied to a quantum computing resource via the vendor website, but don’t have access; what do I do?
  • Scalable Protected Infrastructure (SPI)
    • What is SPI
      • New User QuickStart
      • Notable Differences
    • Allocations and User Accounts
      • Allocations (Projects)
        • Requesting a New Allocation (Project)
      • User Accounts
        • Requesting a New User Account
    • Available Resources
      • Compute
      • File Systems
      • Data Transfer
    • IP Whitelisting
      • Whitelisting an IP or range
      • Finding your IP
    • Citadel
      • Connecting
      • Login Nodes
      • Building Software
      • Running Batch Jobs
    • File Systems
    • Data Transfer
  • Contributing to these docs
    • Submitting suggestions
    • Authoring content
      • Setup authoring environment
      • Edit the docs
      • Resources
    • GitHub Guidelines
OLCF User Documentation
  • Quantum
  • Quantum Software
  • Edit on GitHub

Quantum Software

  • Quantum Software on HPC Systems
    • Overview
    • Qiskit
    • PyQuil/Forest SDK (Rigetti)
    • PennyLane
    • Batch Jobs
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