Mae Jemison

Former NASA astronaut,

Dr. Mae C. Jemison leads 100 Year Starship (100YSS), a bold, far reaching nonprofit initiative to assure the capabilities exist for human travel beyond our solar system to another star within the next 100 years. Jemison is building a multi-faceted global community to foster the cultural, scientific, social and technical commitment, support and financial framework to accomplish the 100YSS vision-An Inclusive, Audacious Journey (that) Transforms Life Here on Earth and Beyond. 100YSS programs include: Annual public conference NEXUS- Pathway to the Stars: Footprints on Earth; the Canopus Awards for Excellence in Interstellar Writing; the 100YSS Crucibles-Invitation only, transdisciplinary workshops to generate new disciplines to disrupt technological and systemic hurdles; and 100YSS True Books to engage elementary students. The 100YSS Way Research Institute seeks to generate the radical leaps that accelerate knowledge, technology, design, and thinking not just for space travel, but to enhance life on Earth. Jemison led the team that won the competitive, single awardee seed funding grant in February 2012 from premiere research agency DARPA.

Jemison, the first woman of color in the world to go into space, served six years as a NASA astronaut. Aboard the Space Shuttle Endeavour, STS-47 Spacelab J mission in September 1992, she performed experiments in material science, life sciences and human adaptation to weightlessness.

Jemison started The Jemison Group, Inc. (JG) a technology consulting firm integrating critical socio-cultural issues into the design of engineering and science projects, such as satellite technology for health care delivery and solar dish Stirling engine electricity in developing countries. JG researches and develops stand-alone science and technology companies. BioSentient Corporation, a medical devices and services company focused on improving health and human performance is such a company. An Environmental Studies professor at Dartmouth College, Jemison worked on sustainable development and technology design particularly for the developing world. Before joining NASA she was the Area Peace Corps Medical Officer for Sierra Leone and Liberia and a general practice physician in Los Angeles.

Past sessions

Thursday Morning Keynote

November 18, 2020 04:00 PM PT

Welcome from Ali Ghodsi, Databricks

Taking Machine Learning to Production with New Features in MLflow

Matei Zaharia
Assistant Professor of Computer Science Original Creator of Apache Spark & MLflow, Databricks

Deploying and operating machine learning applications is challenging because they are highly dependent on input data and can fail in complex ways. Problems such as training/inference differences in data format, data skew, and misconfigured software environments can easily sneak into a production application and impact its quality. To address these types of problems, organizations are adopting ML Platform software and MLOps practices specifically for managing machine learning applications.

In this talk, I’ll present some of the latest functionality added for productionizing machine learning in MLflow, the popular open source machine learning platform started by Databricks in 2018. These include built-in support for model management and review using the Model Registry, APIs for automatic Continuous Integration and Delivery (CI/CD), model schemas to catch differences in a model’s expected data format, and integration with model explainability tools. I’ll also talk about other work happening in the open source MLflow community, including deep integration with PyTorch and its growing ecosystem of model productionization tools.

Demo: CI/CD and MLOps with MLflow

Kasey Uhlenhuth
Sr Product Manager, Machine Learning, Databricks

PyTorch and MLflow, from Research to Production

Lin Qiao
Engineering Director, PyTorch, Facebook

Lin Qiao, engineering director on the Facebook AI team, talks about bringing machine learning to production at scale, including the PyTorch integration with MLflow. She talks about the guiding principles for PyTorch and the goals set back in 2016 during initial development through the present day, with a focus on ecosystem compatibility.

Lin reviews the PyTorch production ecosystem and discusses how MLflow and PyTorch are integrated for tracking, models and model serving.

Introducing the Next Generation Data Science Workspace

Clemens Mewald
Director of Product Management, Data Science and Machine Learning, Databricks

It is no longer a secret that data driven insights and decision making are essential in any company’s strategy to keep up with today’s rapid pace of change and remain relevant. Although we take this realization for granted, we are still in the very early stage of enabling data teams to deliver on their promise. One of the reasons is that we haven’t equipped this profession with the modern toolkit they deserve.

Existing solutions leave data teams with impossible trade-offs. Giving Data Scientists the freedom to use any open source tools on their laptops doesn’t provide a clear path to production and governance. Simply hosting those same tools in the Cloud may solve some of the data privacy and security issues, but doesn’t improve productivity nor collaboration. On the other hand, most robust and scalable production environments hinder innovation and experimentation by slowing Data Scientists down.

In this talk we will give an update on the next generation Data Science Workspace on Databricks, originally unveiled at Spark + AI Summit 2020. Specifically, we will cover new capabilities added to Databricks Notebooks as well as Git-based Databricks Projects. Until now, the industry has assumed that collaborative notebooks are for experimentation only, and not for production. Our approach solved for these challenges and, for the first time, provides a single platform for data teams to rapidly and confidently move from experimentation to production.

In this talk, we will unveil the next generation of the Databricks Data Science Workspace: An open and unified experience for modern data teams specifically designed to address these hard tradeoffs. We will introduce new features that leverage the open source tools you are familiar with to give you a laptop-like experience that provides the flexibility to experiment and the robustness to create reliable and reproducible production solutions.

Discussion with Daimler

Stephan Schwarz
Production Planning: Manager Smart Data Processing (Mercedes Operations), Daimler

Sebastian Findeisen
Data Scientist, Daimler

When we think about luxury cars, what first comes to mind is often the end product-- the sleek design, how fast it goes, and so on. But we often overlook the enormous amount of effort it takes before that car rolls off the assembly line. In this talk, Daimler will give us a peek into how data and ML is playing a critical role to drive car production automation, with MLOps and tools like MLflow being leveraged to automate a number of complex processes, and provide insights that create production efficiencies.

Responsible ML – Bringing Accountability to Data Science Keynote

Rohan Kumar
Corporate Vice President, Azure Data, Microsoft

Responsible ML is the most talked about field in AI at the moment. With the growing importance of ML, it is even more important for us to exercise ethical AI practices and ensure that the models we create live up to the highest standards of inclusiveness and transparency. Join Rohan Kumar, as he talks about how Microsoft brings cutting-edge research into the hands of customers to make them more accountable for their models and responsible in their use of AI. For the AI community, this is an open invitation to collaborate and contribute to shape the future of Responsible ML. This keynote is brought to you as an encore presentation from the global Summit.

Demo: Azure Tools for Responsible AI

Sarah Bird
Principal Program Manager, Microsoft Azure AI

Pursuing the Extraordinary: A Data Revolution

Keynote from Mae Jemison
First woman of color in the world to go into space, former NASA astronaut

Exploration of the opportunities and obstacles encountered and clarity of purpose needed to achieve an extraordinary future -- such as human interstellar travel or a sustainable human existence on planet Earth -- and what roles can big data and advancing IT play.

Mae Jemison

Organized by Databricks

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