Series
IEN Industry Seminar Series

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https://hdl.handle.net/1853/70909
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Event Series
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Associated Organization(s)

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2016 - 2017 17
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Now showing 1 - 10 of 17
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    Personal Assay System for Label-free Real-time Kinetic Binding Data
    (Georgia Institute of Technology, 2017-10-13) Bundy, Ross ; Goldsmith, Brett
    Introducing Field Effect Biosensing (FEB), a breakthrough label-free technology for measuring biomolecular interactions. FEB is different from any technique you’ve heard of before, and it’s revolutionizing pharmaceutical development. FEB is an electrical technique that measures the current across a graphene biosensor surface functionalized with immobilized biomolecular targets. It’s a unique orthogonal methodology that works when others fail, providing accurate kinetic, affinity, and concentration measurements.
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    Session 1: nSpec® – Tools for the Next Industrial Revolution A History of Nanotronics & Technological Convergence
    ( 2017-06-28) Putman, Matthew
    This seminar will focus on the future of advanced manufacturing and how Nanotronics is bringing tools and software to market to help achieve that vision. Central to that vision is the concept of Artificial Intelligence Process Control – a concept that will be enabled through innovation taking place in our labs and from feedback at customer sites that are beginning to transform their production lines with our technology. We plan to address advancements in image analysis software, automation, and a variety of specific use-cases we’ve encountered over the course of the past several years.
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    A Discussion of Practical Applications
    ( 2017-06-28) Cruickshank, John
    Combining optical microscopy, computational super-resolution, artificial intelligence, and robotics, Nanotronics is bringing the world’s most advanced microscope to every manufacturing sector. We automate industrial microscopes used for inspection of the world's most advanced technologies: semiconductors, microchips, hard drives, LEDs, aerospace hardware, nano-fillers, nanotubes, nano-medicine, and more. Our microscopes are an integrated part of production processes at many of the world's leading manufacturers. Our software is the first industrial application for cognitive artificial intelligence that seamlessly integrates across factories and each stage of production. Nanotronics software detects and classifies nanoscale features with minimal user training. This seminar will focus on the future of advanced manufacturing and how Nanotronics is bringing tools and software to market to help achieve that vision. Central to that vision is the concept of Artificial Intelligence Process Control – a concept that will be enabled through innovation taking place in our labs and from feedback at customer sites that are beginning to transform their production lines with our technology. We plan to address advancements in image analysis software, automation, and a variety of specific use-cases we’ve encountered over the course of the past several years.
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    Session 2: Artificial Intelligence Process Control & Scaling Nanotechnology
    ( 2017-06-28) Putman, Matthew
    This seminar will focus on the future of advanced manufacturing and how Nanotronics is bringing tools and software to market to help achieve that vision. Central to that vision is the concept of Artificial Intelligence Process Control – a concept that will be enabled through innovation taking place in our labs and from feedback at customer sites that are beginning to transform their production lines with our technology. We plan to address advancements in image analysis software, automation, and a variety of specific use-cases we’ve encountered over the course of the past several years.
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    The Future of Advanced Manufacturing - Welcome Address and Seminar Overview
    ( 2017-06-28) Joseph, Paul
    Combining optical microscopy, computational super-resolution, artificial intelligence, and robotics, Nanotronics is bringing the world’s most advanced microscope to every manufacturing sector. We automate industrial microscopes used for inspection of the world's most advanced technologies: semiconductors, microchips, hard drives, LEDs, aerospace hardware, nano-fillers, nanotubes, nano-medicine, and more. Our microscopes are an integrated part of production processes at many of the world's leading manufacturers. Our software is the first industrial application for cognitive artificial intelligence that seamlessly integrates across factories and each stage of production. Nanotronics software detects and classifies nanoscale features with minimal user training. This seminar will focus on the future of advanced manufacturing and how Nanotronics is bringing tools and software to market to help achieve that vision. Central to that vision is the concept of Artificial Intelligence Process Control – a concept that will be enabled through innovation taking place in our labs and from feedback at customer sites that are beginning to transform their production lines with our technology. We plan to address advancements in image analysis software, automation, and a variety of specific use-cases we’ve encountered over the course of the past several years.
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    Picosun Overview
    ( 2017-04-26) Lowry, Frank
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    New Development in ALD: Session 4
    ( 2017-04-26) Kostamo, Juhana
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    R and D and Industrial Hardware: Session 3
    ( 2017-04-26) Lowry, Frank
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    Water Quality Standards and Analytical Methodology
    (Georgia Institute of Technology, 2017-02-23) Libman, Slava