| Aaron Bray |
Pulse Physiology Engine: An Interactive Human Physiology Simulator
|
| Aaron Richter |
High performance Jupyter: faster workloads with Dask and RAPIDS
|
| Aaron Watters |
Using WebGL2 transform/feedback in Jupyter widgets for advanced computations and graphics
|
| Abigail Cabunoc Mayes |
Open source fundamentals
|
| Afshin T. Darian |
A visual debugger in Jupyter,
Jupyter in 2020
|
| Ajay Thorve |
Using RAPIDS and Jupyter to accelerate visualization workflows
|
| Alan Chin |
Explore and Extend AI Pipeline Runtimes with Elyra and JupyterLab
|
| Alan Yu |
What we learned from introducing Jupyter Notebooks to the SQL community
|
| Alex Bozarth |
Using and creating JupyterLab extensions,
Developing Extensions for JupyterLab
|
| Alex Remedios |
Introducing a simple notebook continuous integration workflow
|
| Alice Cima |
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Alice Grosch |
Jupyter for interactive in-situ visualization with ParaView/Catalyst
|
| Allan Enemark |
Using RAPIDS and Jupyter to accelerate visualization workflows
|
| Amit Kumar |
Introducing QHub: How to Get Your Own Cloud Data Science Platform on the Cheap
|
| Ana Ruvalcaba |
Community building is a sustainability strategy: Not all contributions to Jupyter are on GitHub
|
| Anderson Banihirwe |
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Andreas Schreiber |
Code as Data – Notebooks for Software Analytics and Repository Mining
|
| André Mombach |
A Jupyter sandbox environment coupled into the high-order Navier-Stokes solver Xcompact3d
|
| Andrew Duberstein |
pydeck: High-scale geospatial visualization for Python
|
| Andy R. Terrel |
Open source fundamentals
|
| Angelica Landazabal |
Aplica el análisis de sentimientos a tu red social desde cero
|
| Animashree Anandkumar |
Next-generation frameworks for Large-scale AI
|
| Anne Fouilloux |
Climate JupyterLab as an interactive tool in Galaxy
|
| April Wang |
Redesigning Notebooks for Better Collaboration
|
| Arnim Bleier |
A Persistent BinderHub: Democratizing Access to Computational Resources in the Social Sciences
|
| Aurel A. Lazar |
FlyBrainLab: Interactive Computing in the Connectomic/Synaptomic Era
|
| Ayushi Agarwal |
Kernel Life Cycle Management
|
| Binu Midhun |
Artificial Intelligence for IT Operations (AIOps)
|
| Blaine Mooers |
Why develop a snippet library for Jupyter in your subject domain?
|
| Brad Miro |
Apache Spark 3.0: Big Data Analytics with GPUs and Jupyter Notebooks
|
| Brendan O'Brien |
Using Qri (“query”) to fetch, query, combine and publish datasets.
|
| Brian E. Granger |
Jupyter Governance 2020,
Jupyter in 2020
|
| Bryan Van de Ven |
Using RAPIDS and Jupyter to accelerate visualization workflows
|
| Bryan Weber |
Distributing and Collecting Jupyter Notebooks for Manual Grading
|
| Carlos Herrero |
Advanced Robotics in Jupyter Notebooks and JupyterLab
|
| Carol Willing |
Open source fundamentals
|
| Cathryn Carson |
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education
|
| Cheuk Ting Ho |
Interactive Knowledge Graph Visualization in Jupyter Notebook,
Shiny App in Python? Bokeh + Jupyter notebook
|
| Chia-liang Kao |
Practical Enterprise JupyterHub Deployment and MLOps with PrimeHub
|
| Chiin-Rui Tan |
From Zero to Hero: using Jupyter Notebooks to put Scientific Computing on the map at Girls’ Schools!
|
| Chris Holdgraf |
The new Jupyter Book stack: a more powerful, modular, re-usable toolchain,
Publishing with Jupyter: An update from the community,
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education,
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Chris LaFreniere |
What we learned from introducing Jupyter Notebooks to the SQL community
|
| Christian Witzler |
Jupyter for interactive in-situ visualization with ParaView/Catalyst
|
| Christopher Ostrouchov |
Introducing QHub: How to Get Your Own Cloud Data Science Platform on the Cheap
|
| Claire Vandiedonck |
Plasma: versatile e-learning platform powered by The Littlest JupyterHub
|
| Damian Avila |
Using the Jupyterverse to power MADS,
Tuesday Poster Session,
Thursday Poster Session,
Thursday Poster Session
|
| Daniel Hoyos |
Teaching Data adqusition and Control
|
| Daniel Mietchen |
Jupyter in the Wikimedia ecosystem
|
| Daniel S. Katz |
Open source fundamentals
|
| Dave Stuart |
Jupyter as an Enterprise “Do It Yourself” (DIY) Analytic Platform
|
| David Brochart |
xarray-leaflet: big geo-data visualization in the Jupyter notebook,
And Voilà! Turning notebooks into standalone web applications
|
| Davide De Marchi |
Voilà dashboards for policy support
|
| David Koop |
Structuring Notebooks Around Their Outputs
|
| David Lippert |
How to become financially independent with interactive widgets.
|
| David R. Pugh |
Best practices for managing Jupyter-based data science projects using Conda (+Pip)
|
| David Schmudde |
Dr. Schmood's Notebook of Python Calisthenics and Orthodontia
|
| Davis Ford |
Creating JupyterLab extensions faster
|
| DELETE TEST JCON AUTHOR |
DELETE TEST PROPOSAL
|
| Denton Gentry |
The Care and Feeding of JupyterHub for Climate Solution Models
|
| Devin Robison |
Optimizing model performance with feature engineering and hyperparameter optimisation
|
| Dharhas Pothina |
Introducing QHub: How to Get Your Own Cloud Data Science Platform on the Cheap
|
| Doris Jung-Lin Lee |
Lux: A Python API for Intelligent Visual Discovery
|
| Dr. Anjali Mathur |
Role of Jupyter Notebook in performing Data Science activities at Educational Institutes.
|
| Eduardo Blancas |
Streamline your Data Science projects with Ploomber
|
| Edward Leardi |
Intro to Elyra - an AI centric extension for JupyterLab
|
| Eric Charles |
Jupyter Real Time Collaboration
|
| Eric Ma |
Network Analysis Made Simple,
Reproducible, single-sourced tutorial website and eBook with Jupyter notebooks
|
| Erik Sundell |
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Erik Tollerud |
Open source fundamentals
|
| Facundo Sapienza |
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Fatima Pillosu |
Improving reproducibility of hydro-meteorological research and publications with Metview
|
| Fawaz Siddiqi |
Clustering algorithms using Python and scikit-learn
|
| Felipe Schuch |
A Jupyter sandbox environment coupled into the high-order Navier-Stokes solver Xcompact3d
|
| Fernando Pérez |
Jupyter in 2020,
Jupyter meets the Earth: connecting Jupyter development with geoscience research,
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education,
Jupyter Governance 2020
|
| Firas Moosvi |
Teaching an Active Learning class with Jupyter Book
|
| Fred Reiss |
Building AI Pipelines with Elyra - A deep dive using COVID-19 Analytics Scenario
|
| Gabriela de Queiroz |
Open source fundamentals
|
| Gajendra Deshpande |
Effective Teaching-Learning using Jupyter and Bloom's Taxonomy
|
| Gautam Kishore Shahi |
Misinformation on the COVID19 using Jupyter Notebook
|
| Georgiana Dolocan |
Putting the JupyterHub puzzle pieces together,
The Littlest JupyterHub (TLJH) distribution - trouble-free Jupyter Notebooks for your students,
A journey from Jupyter's first Contributor in Residence
|
| Gonzalo Peña-Castellanos |
¡Bienvenido! Bienvenue! Welcome! JupyterLab and Language Extensions!
|
| Hamel Husain |
fastpages - A new, open source Jupyter notebook blogging system.,
Open source fundamentals
|
| Hariraj Sundaravadivelu |
PayPal Notebooks: ML & Data Science experience
|
| Hawley Helmbrecht |
Jupyter Notebook as a Medium for Experimentalist and Data Scientist Collaboration in neuroImaging
|
| Iain Russell |
Training users of weather and climate data through Jupyter Notebooks,
Improving reproducibility of hydro-meteorological research and publications with Metview
|
| Ian Hunt-Isaak |
Interactive Graph Visualization in Jupyter with ipycytoscape
|
| Immanuel Bayer |
ipyannotator - the infinitely hackable annotation framework
|
| Itay Dafna |
Leap of faith: Transitioning from Excel to Jupyter-based applications,
The Jupyter Interactive Widget Ecosystem
|
| Jacob Tomlinson |
What is my GPU doing? Using PyNVML and the NVDashboard Jupyter Lab extension to access GPU metrics
|
| James Colliander |
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education
|
| James Stix |
Unleashing Jupyter in Noteable notebooks
|
| Jason Yang |
Distributed Computing using Jupyter Notebooks with Spark
|
| JCON REVIEWER |
DELETE TEST PROPOSAL
|
| Jean-Christophe Fillion-Robin |
SlicerJupyter: a 3D Slicer kernel for interactive publications
|
| Jed Brown |
Open source fundamentals
|
| Jeffrey Mew |
Supercharge your Data Science workflow with Notebooks, Visual Studio Code, and Codespaces
|
| Jeremy Howard |
Creating delightful libraries and books with nbdev and fastdoc
|
| Jeremy Tuloup |
A visual debugger in Jupyter,
Plasma: versatile e-learning platform powered by The Littlest JupyterHub
|
| Johan Mabille |
A visual debugger in Jupyter,
Xeus: an ecosystem of Jupyter kernels
|
| Jonathan "Bill" Sparks |
Exascale system management using Jupyter notebooks
|
| Jon Bannister |
Notebooker: From research to production in a snap using Jupyter Notebooks
|
| Jon Sequeira |
.NET Jupyter Notebook: Lessons we learned building multi-language kernel
|
| Jorge Hugo Silvestrini |
A Jupyter sandbox environment coupled into the high-order Navier-Stokes solver Xcompact3d
|
| Joseph Spisak |
Deep Learning Development with PyTorch+Jupyter using Heterogenous hardware
|
| Juan Cruz-Benito |
IBM Quantum Experience Notebooks. Serving JupyterHub at scale for the Quantum Computing Community
|
| Juan Klopper |
Jupyter - The path to solving outstanding problems
|
| Julia Wagemann |
How to avoid 'Death by Jupyter Notebooks' - Towards more effective and educational notebooks,
Tuesday Poster Session,
Thursday Poster Session
|
| Junhua Zhao |
PayPal Notebooks: ML & Data Science experience
|
| Junyuan Tan |
Streaming, cross-sectional data visualization in Jupyterlab with Perspective and Apache Arrow
|
| Kalyan Akkapantula |
Advanced Visualization in Jupyter Notebooks
|
| Karla Spuldaro |
Debugging notebooks and python scripts in JupyterLab,
What's new on Elyra - A set of AI centric JupyterLab extensions,
Building AI Pipelines with Elyra - A deep dive using COVID-19 Analytics Scenario,
Developing Extensions for JupyterLab
|
| Karthik Banala |
Building distributed pipelines with Jupyter Notebooks
|
| Kenan Erdogan |
A Persistent BinderHub: Democratizing Access to Computational Resources in the Social Sciences
|
| Kenton McHenry |
From Papers to Notebooks-Submission, Review, Presentation & Publication of Notebooks at EarthCube'20
|
| Kevin Bates |
A Generic Metadata-Store for JupyterLab extensions
|
| Kevin Naik |
Leveraging Open Infrastructure with Jupyter Notebook to teach Python during Pandemic
|
| Kevin Paul |
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Kozo Nishida |
Automating biological network visualization with Jupyter Notebook
|
| krishna katyal |
ipywidgets in aiding Education
|
| Kriti Kohli |
Demand sensing decision support system
|
| Kunal Bhalla |
A Notebook Style Guide
|
| Labanya Mukhopadhyay |
assert browserTest == True # Frontend Testing JupyterLab Extensions With Selenium
|
| Lee Tirrell |
Reproducible Exploration of Neuroimaging Data
|
| Lindsey Heagy |
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education,
Jupyter meets the Earth: connecting Jupyter development with geoscience research
|
| Luciano Resende |
What's new on Elyra - A set of AI centric JupyterLab extensions,
Building AI Pipelines with Elyra - A deep dive using COVID-19 Analytics Scenario
|
| Lucy D'Agostino McGowan |
Equipping and empowering future data scientists with confidence, intuition, and communication skills
|
| Lynn von Kurnatowski |
Code as Data – Notebooks for Software Analytics and Repository Mining
|
| Maalvika Bhat |
Empowering the Public with Environmental Data
|
| Maarten Breddels |
And Voilà! Turning notebooks into standalone web applications
|
| Madhur Tandon |
XVega : A C++ backend for the Vega-Lite visualisation system.
|
| Malvika Sharan |
Creating a Jupyter Book with The Turing Way,
Open source fundamentals
|
| Marcos López-Caniego |
Exploring the Universe with ESASky's JupyterLab widget
|
| Marc Wouts |
Jupytext: Jupyter Notebooks as Markdown Documents, Julia, Python or R scripts
|
| Maria Jose Molina Contreras, PhD |
Help your plants to stay healthier with Machine Learning at home
|
| Maria Naggaga |
.NET Jupyter Notebook: Lessons we learned building multi-language kernel
|
| Mariana Meireles |
Interactive Graph Visualization in Jupyter with ipycytoscape,
What can static analyses do for your JupyterLab project?,
Xeus: an ecosystem of Jupyter kernels
|
| Marijan Beg |
Ubermag: Exposing computational magnetism to Python and Jupyter ecosystem
|
| Martha Cryan |
A Generic Metadata-Store for JupyterLab extensions,
Understanding JupyterLab and Its Capabilities,
Developing Extensions for JupyterLab
|
| Martina G. Vilas |
Creating a Jupyter Book with The Turing Way
|
| Martin Renou |
Xeus: an ecosystem of Jupyter kernels,
The Jupyter Interactive Widget Ecosystem
|
| Matt Brems (he/him) |
Detecting and Correcting Unfairness in Machine Learning with Finance Applications
|
| Matt Craig |
The Jupyter Interactive Widget Ecosystem
|
| Matt Harrison |
A Beginners Tour Through Virtual Environments and Conda Environments
|
| Matthias Bussonnier |
The Streetwise Guide to JupyterHub Security
|
| Mattias Wångblad |
Exploring the Universe with ESASky's JupyterLab widget
|
| Max Klein |
jupyter-fs: the next generation Jupyter filesystem,
Developing Extensions for JupyterLab
|
| Mehmet Bektas |
The Jupyter Interactive Widget Ecosystem
|
| Mehmet Kerem Turkcan |
FlyBrainLab: Interactive Computing in the Connectomic/Synaptomic Era
|
| Michael James Wilson |
Teaching teenagers to understand Dark Energy with straight-off-the-telescope data & Jupyter.
|
| Michelle Ufford |
Supercharging SQL Users with Jupyter Notebooks
|
| Milana Vuckovic |
Training users of weather and climate data through Jupyter Notebooks
|
| Milan Curcic |
LFortran: Interactive LLVM-based Fortran Compiler for Modern Architectures
|
| Min Ragan-Kelley |
Jupyter Expanding: from shell to notebook to lab and hub,
Measuring notebook reproducibility with repo2docker,
The cloud is the limit: scaling limits of JupyterHub
|
| Mohammad Wasil |
Electronic Examination using Jupyter Notebook with JupyterHub and nbgrader
|
| Mojtaba Barzegari |
Jupyter for uncertainty quantification and parameter estimation of computational models
|
| Nanthini Balasubramanian |
Optimizing model performance with feature engineering and hyperparameter optimisation
|
| Nathalie Baracaldo |
Unlocking federated learning capabilities in the Jupyter ecosystem
|
| Neil P. Chue Hong |
Open source fundamentals
|
| Nicholas Bollweg |
GTCOARLab: Computable Construct as Curriculum for Reinforcement Learning
|
| Omoju Miller |
Science in the Age of Data: Accelerating Human Progress
|
| Ondřej Čertík |
LFortran: Interactive LLVM-based Fortran Compiler for Modern Architectures
|
| Paul Wighton |
Reproducible Exploration of Neuroimaging Data
|
| Peifan Wu |
Teaching QuantEcon DataScience using cloud-based Jupyter notebooks
|
| Pete Bryan |
Scaling Jupyter Notebooks for global scale security analysis
|
| Peter Bull |
The Grail: A Github Process for Jupyter Notebooks that Just Works
|
| Philipp Rudiger |
To Jupyter and back again: Seamless interoperability between ipywidgets and Bokeh 2.0
|
| Pierre Poulain |
Plasma: versatile e-learning platform powered by The Littlest JupyterHub
|
| Pierre Soille |
Voilà dashboards for policy support
|
| Pratap Vardhan |
How we built covid19dashboards.com
|
| Praveen Kanamarlapudi |
Kernel Life Cycle Management
|
| Qiusheng Wu |
How Jupyter and geemap enable interactive mapping and analysis of large-scale geospatial datasets
|
| Rebecca Kelly |
A shared Python, R and Q (kdb+) Jupyter Notebook - A Quant Sandbox Dream
|
| Richard Darst |
JupyterHub ≠ x, for all x: A tale of two JupyterHubs
|
| Rick Wagner |
The Streetwise Guide to JupyterHub Security
|
| Robert Bindar |
The MariaDB Jupyter kernel
|
| Robert Nikutta |
End-to-end notebook life cycle at Astro Data Lab
|
| Robert Rosca |
OSCOVIDA: Open Science COVID19 Analysis tracking with Jupyter
|
| Rollin Thomas |
assert browserTest == True # Frontend Testing JupyterLab Extensions With Selenium
|
| Rowan Cockett |
(Re)using content between notebooks and beyond
|
| Ryan Abernathey |
Cloud Native Repositories for Big Scientific Data,
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education
|
| Ryan C Cooper |
Building a student-centered learning community in Jupyter
|
| Ryan Herr |
After model.fit, before you deploy: Prototype with FastAPI in Jupyter!
|
| Saishruthi Swaminathan |
Intro to Elyra - an AI centric extension for JupyterLab
|
| Sandrine Caburet |
Plasma: versatile e-learning platform powered by The Littlest JupyterHub
|
| Sarah Gibson |
Creating a Jupyter Book with The Turing Way
|
| Satoshi Yazawa |
Sharing Notebook within Small Team
|
| Sheeba Samuel |
ProvBook: Capturing and Visualizing Provenance in Jupyter Notebooks for Reproducibility,
Analyzing the use and reproducibility of Jupyter Notebooks using ReproduceMeGit
|
| Shlomi Hod |
Exploring Gender Bias in Word Embeddings
|
| Shreyas Cholia |
assert browserTest == True # Frontend Testing JupyterLab Extensions With Selenium
|
| Shruti Jadon |
Few-Shot Learning: An Overview of Deep Learning Approaches for scarce data.
|
| Simon Porter |
Building Reproducibility and Efficiency into Document Collaboration Workflows from Jupyter Notebooks
|
| Simon Willison |
Using Datasette with Jupyter to publish your data
|
| Stephan Druskat |
Open source fundamentals
|
| Stephanie Juneau |
Jupyter-enabled astrophysical analysis for researchers and students
|
| Stephan Siemen |
Training users of weather and climate data through Jupyter Notebooks
|
| Stephen Macke |
NBSafety: Fine-Grained Lineage Tracking for Safer Jupyter Notebooks
|
| Steve Purves |
(Re)using content between notebooks and beyond
|
| Suds Narasimhan |
AI Platform Notebooks - A Jupyter Based Notebooks for Enterprises
|
| Sukanya Mandal |
Operationalizing Machine Learning (MLOps) with Jupyter Notebooks
|
| Sylvain Corlay |
Xeus: an ecosystem of Jupyter kernels,
And Voilà! Turning notebooks into standalone web applications
|
| Sylvie Lamy-Thepaut |
Training users of weather and climate data through Jupyter Notebooks
|
| Tahir Fayyaz |
Apache Spark 3.0: Big Data Analytics with GPUs and Jupyter Notebooks
|
| Tam Nguyen |
Handling Custom Jupyter Data Sources,
Handling Custom Jupyter Data Sources
|
| Tania Allard |
Open source fundamentals
|
| Tanya Rai |
Introducing Bento: Jupyter Notebooks @ Facebook
|
| Tema Okun |
Tackling Toxic Culture in Tech: Racism and Its Legacy
|
| Thomas Ballinger |
The other kernel: managing browser resources in notebooks
|
| Thorin Tabor |
JupyterLab and GenePattern Notebook: Democratizing the accessibility of computational workflows
|
| Tim Metzler |
Electronic Examination using Jupyter Notebook with JupyterHub and nbgrader
|
| Tim Paine |
Production Notebooks
|
| Tingkai Liu |
FlyBrainLab: Interactive Computing in the Connectomic/Synaptomic Era
|
| Tyler Erickson |
How Jupyter and geemap enable interactive mapping and analysis of large-scale geospatial datasets
|
| Viacheslav Kovalevskyi |
Building Continuous Integration Pipeline With Jupyter Notebooks on GCP
|
| Vijaykumar Sajjanar |
Demystifying PIP and Conda by visualizing the work environment in Jupyter Notebook
|
| Vilde Dille Øvreeide |
Measuring notebook reproducibility with repo2docker
|
| Vinayak Mehta |
NotebookOps: A pattern for building notebook-centric data platforms
|
| Weijun Qian |
Building distributed pipelines with Jupyter Notebooks
|
| Wolf Vollprecht |
Advanced Robotics in Jupyter Notebooks and JupyterLab
|
| Yifan Wu |
Bridging Code and Interactive Visualization in Jupyter Notebooks with B2
|
| Yiwen Li |
Intro to Elyra - an AI centric extension for JupyterLab
|
| Yiyin Zhou |
FlyBrainLab: Interactive Computing in the Connectomic/Synaptomic Era
|
| yoshi NOBU Masatani |
sidestickies - Collaborative Annotation for Jupyter Notebook,
OperationHub - Enhanced JupyterHub for DevOps Engineers
|
| Yuvi Panda |
Running non-jupyter applications on JupyterHub with jupyter-server-proxy,
2i2c: sustaining open source through hosted Jupyter infrastructure for research and education
|
| Zachary Sailer |
Jupyter, Lab and the Future of Notebook interfaces
|
| Zahra Ronaghi, Sr. Data Scientist, NVIDIA |
Fundamentals of High-Performance Data Science with RAPIDS
|