Excellence Sharing Growth

2018. 10. 11-12 COEX Grand Ballroom, Seoul

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2018 DEVIEW 행사 사진
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2018 DEVIEW 행사 사진
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2018 DEVIEW 행사 사진
2018 DEVIEW 행사 사진
2018 DEVIEW 행사 사진
2018 DEVIEW 행사 사진
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2018 DEVIEW 행사 사진
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강연 목록

강연자 사진
강연 분야
  • 머신러닝
  • AI
강연 제목
Deep Learning to help student’s Deep Learning
강연 내용
With the growing demand for people to keep learning throughout their careers, massive open online course (MOOCs) companies, such as Udacity and Coursera, not only aggressively design new courses that are relevant (e.g., self-driving cars and flying cars), but refresh existing courses’ content frequently to keep them up-to-date. This effort results in a significant increase in student numbers, which makes it impractical for even experienced human instructors to assess an individual student's level of engagement and anticipate their learning outcomes. Moreover, students in each MOOC classroom are heterogeneous in background and intention, which is very different from a classic classroom. Even subsequent offerings of a course within a year will have a different population of students, mentors, and—in some cases—instructors. Also, due to the nascent nature of online learning platforms, many other aspects of a course will evolve quickly such that students are frequently being exposed to experimental content modalities or workflow refinements. In this world of MOOCs, an automated machine which reliably forecasts students’ performance in real-time (or early stages), would be a valuable tool for making smart decisions about when (and with whom) to make live educational interventions as students interact with online coursework, with the aim of increasing engagement, providing motivation, and empowering students to succeed. With that, in this talk, we first recast the student performance prediction problem as a sequential event prediction problem. Then introduce recently-developed GritNet architecture which is the current state of the art for student performance problem and develop methods to use (or operationalize) GritNet in real-time or live predictions with on-going courses. Our results for real Udacity students’ graduation predictions demonstrate that the GritNet not only generalizes well from one course to another across different Nanodegree programs, but enhances real-time predictions explicitly in the first few weeks when accurate predictions are most challenging. In contrast to prior works, the GritNet does not need any feature engineering and it can operate on any student event data associated with a timestamp.
전체 Schedule 보러가기


  • baidu
  • carnegie mellon university
  • logo_coupang
  • google
  • hyper connect
  • imply
  • labs
  • labs europe
  • line
  • lunit
  • naver
  • naver business platform
  • nvidia
  • samsunginternet
  • superb ai
  • theori
  • udacity
  • urbanbase


코엑스 그랜드볼룸 (Coex Grand Ballroom)
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