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This paper introduces the Structured State Space sequence model (s4), which uses a new parameterization for the state-space model to improve long-range dependency handling both mathematically and empirically.

This work enables users to create partial labelers that output subsets of possible class labels would greatly expand the expressivity of programmatic weak supervision.

The future of data-centric AI talk series Background Anima Anandkumar holds dual positions in academia and industry. She is a Bren professor at Caltech and the director of machine learning research at NVIDIA. Anima also has a long list of accomplishments ranging from the Alfred P. Sloan scholarship to the prestigious NSF career award and many more. She recently joined…

Understanding the label model. Machine learning whiteboard (MLW) open-source series Background Frederic Sala, is an assistant professor at the University of Wisconsin-Madison, and a research scientist at Snorkel AI. Previously, he was a postdoc in Chris Re’s lab at Stanford. His research focuses on data-driven systems and weak supervision. In this talk, Fred focuses on weak supervision modeling. This machine…

The future of data-centric AI talk series Background An AI system consists of two parts: the model— algorithm or some code—and data. The dominant paradigm in machine-learning researchers has been for most data scientists, including myself, to download a fixed dataset and iterate on the model. That this has become conventional is a tribute to how successful this model-centric approach…

Using a data-centric approach to capture the best of rule-based systems and ML models for enterprise AI One of the biggest challenges to making AI practical for the enterprise is keeping the AI application relevant (and therefore valuable) in the face of ever-changing input data and evolving business objectives. Practitioners typically use one of two approaches to build these AI applications:…

Proliferating web technology has contributed to information warfare in recent conflicts. Artificial Intelligence (AI) can play a significant role in stemming disinformation campaigns, cyber-attacks, and informing diplomacy in the rapidly evolving situation in Ukraine. Snorkel AI is dedicated to supporting the National Security community and other enterprise organizations with state-of-the-art AI technology. We see this as our responsibility in the…

Genentech, a global biotech leader and member of the Roche Group, leveraged Snorkel Flow to extract critical information from lengthy clinical trial protocol (CTP) pdf documents. They built AI applications that used NER, entity linking, text extraction, and classification models to determine inclusion/ exclusion criteria and to analyze Schedules of Assessments. Genentech’s team achieved 95-99% model accuracy by using Snorkel…