Research Project Presentation by blu3mo

  • Presenter: Aoyama Kyotaro
  • School: Gunma International Academy High School, 11th Grade (Junior Year)

Overview

  • Continuing the development of educational software currently in progress, focusing on researching pseudo-synchronous communication.

  • Topics covered in the lecture by the Information Science Expert:

    • Utilizing discrete algorithms

Table of Contents

  • 🛠 About the ongoing development
  • 📊 Connection with Information Science research

🛠 About the ongoing development

  • Used as an iPad app for real-time classroom attendance

    • Watching classroom videos on the screen
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  • Concept

    • In a nutshell: “Eliminating the synchronicity of synchronous classes”

Synchronicity of Classes

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    • “I want to hear the current discussion again.”
    • “I want to see this movement in slow motion.”
    • “I want to pause for a moment to think on my own.”
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    • “Can’t ask nearby people questions.”
    • “Can’t discuss with other students.”
    • “Can’t ask questions to teachers/other students.”

Revisiting Synchronicity

  • ➡︎ Resolving trade-offs

Teacher ⇄ Student Interaction

  • Students can perform actions on real-time classroom videos such as

    • ▶️️ Play
    • ⏸ Pause
    • ⏪ Rewind 10 seconds
  • ➡︎ Partially asynchronous interaction between teachers and students

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    • Aligning the speed of receiving information with the speed of understanding

Student ⇄ Student Interaction

  • No synchronization among students
  • If there is no dialogue among students, the meaning of synchronous classes is lost
  • ➡︎ Partially pseudo-synchronous interaction among students
    • Later students see messages from students ahead on the timeline
    • Since they are experiencing the same video, it can be considered pseudo-synchronous
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  • Medium of interaction: Writing on the video
    • Shared annotations
    • Example:
      • Writing down a different perspective on the class content
      • Remembering a good memorization method and writing it down

Connection with Information Science Research

  • Connecting all students in a large group leads to information overload

    • Need to select which students to pseudo-synchronously connect with
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  • Viewing pseudo-synchronous connections among students (one-way) as a directed graph

    • For n students, there are patterns per student
    • Applying the techniques introduced in the discrete algorithms course to identify the “optimal” connections
  • What is an “optimal” connection?

    • Minimal time difference (synchronization possible with adjustments)
    • Valuable information for that student
    • Based on observations from user testing
  • Pseudo-synchronous communication

    • An environment where constraints exist due to the flow of time, though not entirely synchronous
      • Environment for asynchronously re-experiencing videos, etc.
    • However, matching people in such dialog environments was not found in previous studies
      • Does this lack of prior research make it novel as a research point? #Information-Science-Expert