Micha Y. Breakstone 🇮🇱🎗️

Austin, Texas, United States Contact Info
6K followers 500+ connections

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About

I’m a repeat entrepreneur who’s founded a few great businesses (e.g. chorus.ai), and am…

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Experience & Education

  • Somite Therapeutics

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Publications

  • Effects of Domain Complexity on Verification Procedures for Most and More Than Half

    CUNY 2011

    Other authors
    • Hadas Kotek
    • Yasutada Sudo
    • Edwin Howard
    • Martin Hackl
  • Inherent Evaluativity

    Sinn und Bedeutung 16 Proceedings

  • Processing Degree Operator Movement

    SALT 21 Proceedings

    Other authors
    • Alexandre Cremers
    • Danny Fox
    • Martin Hackl
  • SSA — A Hybrid Approach to Sentiment Analysis of Stocks

    ISCOL 2010

    Other authors
    • Rozenfeld Benjamin
    • Feldman Ronen
  • Two Kinds of Priming Effects with Complex Determiners

    CUNY 2011

    Other authors
    • Hadas Kotek
    • Yasutada Sudo
    • Martin Hackl

Patents

  • METHODS AND APPARATUS FOR LINGUISTIC INSTRUCTION

    Filed US #61474609

    The Stochastic Feedback Algorithm (SFA) is a statistical modeling algorithm for language acquisition designed and formulated by ExceLingo. The SFA is designed to bridge a gap between the performance of existing Speech Recognition (SR) technologies and the feedback requirements needed to facilitate smooth language acquisition. To eschew confusion, the SFA is not an SR solution in and of itself, but rather an innovate method for manipulating SR output to improve User Experience (UX) for Computer…

    The Stochastic Feedback Algorithm (SFA) is a statistical modeling algorithm for language acquisition designed and formulated by ExceLingo. The SFA is designed to bridge a gap between the performance of existing Speech Recognition (SR) technologies and the feedback requirements needed to facilitate smooth language acquisition. To eschew confusion, the SFA is not an SR solution in and of itself, but rather an innovate method for manipulating SR output to improve User Experience (UX) for Computer Assisted Language Learning (CALL). Designed originally for Mobile Assisted Language Learning (MALL) the algorithm may be implemented on any computational system including PCs, laptops, tablets, mobile phones, GPS systems and other mobile devices as well as via a computer network using cloud computing. Furthermore, the SFA may be adapted for purposes other than language acquisition, namely for acquisition of any skill for which underdetermined User Input is manipulated to customize and tailor the progression of learning. This includes but is not limited to, pronunciation lessons, speech-impediment programs, memorization and rehearsal tasks, psychometric and psychotechnic standardized test preparation and recitations.

Languages

  • English

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  • Hebrew

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