(/blu3mo/Information Science Expert) Research Project Presentation
- 🙋♂️ Shintaro Aoyama
- 🏫 Gunma International Academy High School 11th Grade (Sophomore)
Summary
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Continuation of development of educational software and research on pseudo-synchronous communication
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Learned in the Information Science Expert lecture:
- Utilization of discrete algorithms
Table of Contents
- 🛠 About the development
- 📊 Connection to information science research
🛠 About the development
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Used as an iPad app for real-time classroom attendance
- Watch the class video on the screen
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Concept
- In one sentence:
“Resolving the synchronicity of synchronous classes”
- In one sentence:
Synchronicity of classes
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- “I want to hear the current topic 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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- “I can’t ask questions to nearby people.”
- “I can’t discuss with other students.”
- “I can’t ask questions to the teacher/other students.”
Summary
- Teacher ⇄ Student
- Student ⇄ Student
- Rethinking synchronicity
- ➡︎ Resolving the trade-off
Teacher ⇄ Student
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Students can perform operations such as
- ▶️️ Play
- ⏸ Pause
- ⏪ Rewind 10 seconds
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on the real-time class video
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➡︎ Some interactions between teachers and students are asynchronous
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- Aligning the speed of receiving information and understanding it
Student ⇄ Student
- No synchronicity between students
- If there is no interaction between students, synchronous classes lose their meaning
- ➡︎ Some interactions between students are
pseudo-synchronous- Later students can see messages from students who are ahead of them on the timeline
- Since they are experiencing the same video, it can be considered pseudo-synchronous
- Medium for interaction: Writing on the video
- Writing is shared
- Examples:
- Writing alternative interpretations of the class content
- Writing down a good memorization method that came to mind
Conclusion
- Asynchronously
Pseudo-synchronously
📊 Connection to information science research
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Connecting all students in a large group leads to information overload
- Need to select which students to connect with pseudo-synchronously
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Understanding the pseudo-synchronous connections between students as a directed graph
- For n students, there are patterns for each student
- Applying the techniques introduced in the discrete algorithm course to the problem of selecting the “optimal” connections
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What is the “optimal” connection
- Small time difference (synchronization is possible with adjustments)
- Information that is valuable to that student
- Based on observations from user testing
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Pseudo-synchronous communication
- An environment that has constraints due to the flow of time, although not completely synchronous
- An environment where videos, etc. are experienced asynchronously
- However, no previous research has been found that matches people in such a dialogue environment
- Does this point provide novelty as a research topic? #Information Science Expert
- An environment that has constraints due to the flow of time, although not completely synchronous