NuPIC

Numenta Platform for Intelligent Computing

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NuPIC Media

The following videos are officially supported by Numenta. Other community-provided resources can be found on our community content page.

For detailed videos about NuPIC, please checkout out the following wiki pages:


TWiT Interview with Leo Laporte

TWiT Interview with Leo Laporte

Apr 7, 2014

Leo Laporte talks to Jeff about Numenta, Grok, NuPIC, and the future of machine intelligence.

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From Cortical Microcircuits to Machine Intelligence

From Cortical Microcircuits to Machine Intelligence

2nd Annual N.I.C.E. Workshop, Jan 6, 2014

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Brains, Data, and Machine Intelligence

Brains, Data, and Machine Intelligence

Fujitsu North America Technology Forum

Given at the Computer History Museum in January, 2014.

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Computing Like the Brain: The Path to Machine Intelligence

Computing Like the Brain: The Path to Machine Intelligence

YOW! 2013

Understanding how the brain works and building machines that work on the same principles is one of the greatest quests of our time. In this talk, Jeff describes recent advances in neocortical theory, including why the brain uses sparse distributed representations and how the brain makes predictions from high velocity sensory data streams.

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Introduction to NuPIC

NuPIC at OSCON 2013

OSCON, 2013

In this hands-on session, we introduce NuPIC’s Online Prediction Framework (OPF) and demonstrate how one creates models using an OPF client. We set up some live streaming data to pass into the client and watch as NuPIC makes online inferences, learning the changing patterns in the streaming data set. NuPIC and the OPF have been applied to many scenarios and form the foundation for Numenta’s commercial product, Grok. To master NuPIC you will have to become comfortable with concepts such as sparse distributed representations and on-line learning.

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Building Brains to Understand the World’s Data

Building Brains to Understand the World's Data

Google, 2013

The neocortex works on principles that are fundamentally different than traditional computers. In this talk I will describe recent advances in understanding the neocortex and how we are applying them to model millions of high velocity data streams. The talk will start with a description of sparse distributed representations, which are the fundamental units of information in brains. I will then discuss how these representations are learned and how the brain processes them to build predictive models from sensory data. Numenta has built a product called Grok that emulates these capabilities of the neocortex. Grok is being used to understand high velocity machine generated data in many different domains. I will give a brief introduction to Grok and speculate on the future of machine intelligence.

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New Insights from Neuroscience and the Future of Intelligent Machines

New Insights from Neuroscience and the Future of Intelligent Machines

International Symposium on Computer Architecture, 2012

Jeff Hawkins presented the opening keynote address of the 39th International Symposium on Computer Architecture on June 11, 2012 in Portland, OR. In this presentation, Jeff describes sparse distributed representations, and their impact on future computer architectures.

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Modeling Data Streams Using Sparse Distributed Representations

Modeling Data Streams Using Sparse Distributed Representations

Screencast, 2012

In this screencast, Jeff Hawkins narrates the presentation he gave at a workshop called “From Data to Knowledge: Machine-Learning with Real-time and Streaming Applications.” The workshop was held May 7-11, 2012 at the University of California, Berkeley.

Sparse distributed representations appear to be the means by which brains encode information. They have several advantageous properties including the ability to encode semantic meaning. We have created a distributed memory system for learning sequences of sparse distribute representations. In addition we have created a means of encoding structured and unstructured data into sparse distributed representations. The resulting memory system learns in an on-line fashion making it suitable for high velocity data streams. We are currently applying it to commercially valuable data streams for prediction, classification, and anomaly detection In this talk I will describe this distributed memory system and illustrate how it can be used to build models and make predictions from data streams.

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Intelligence and the Brain: Recent Advances in Understanding How the Brain Works

Intelligence and the Brain: Recent Advances in Understanding How the Brain Works

Berkeley, 2012

How the brain creates intelligence is viewed by many as the greatest scientific quest of all time. We are living at the time when rapid progress is being made and a comprehensive theory of brain function is emerging. Jeff Hawkins, an inventor, engineer, neuroscientist, author and entrepreneur, presents the big picture of what we know so far and describes recent progress in a core issue: why neurons are arranged as they are in the neocortex, how this arrangement builds models of the world, and how these models make predictions and generate actions. Series: “UC Berkeley Graduate Council Lectures”

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Conversations with History: On Intelligence

Conversations with History: On Intelligence

Berkeley, 2012

Conversations host Harry Kreisler welcomes Jeff Hawkins, founder of both Palm Computing and Handspring and creator of the Redwood Neuroscience Institute, to promote research on memory and cognition. Hawkins traces his intellectual journey focusing on his lifelong passion to develop a theory of the brain. Hawkins explicates the brain’s operating principles and explores the implications of human intelligence for engineering intelligent machines, the goal of his new company Numenta. Series: “Conversations with History”

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Computing Like the Brain

Computing Like the Brain

Strange Loop, 2012

Jeff Hawkins discusses 3 operating principles of the neocortex and introduces Grok, a predictive modeling product based on those principles.

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How Brain Science Will Change Computing

How Brain Science Will Change Computing

TED, 2007

Treo creator Jeff Hawkins urges us to take a new look at the brain – to see it not as a fast processor, but as a memory system that stores and plays back experiences to help us predict, intelligently, what will happen next.

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