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Startseite > Lehrveranstaltungen > Archiv > Detail

Squishy 2.0

master thesis

Status open
Advisor Maximiliane Windl, Philipp Thalhammer
Professor Prof. Dr. Albrecht Schmidt

Task

Squishy is a tangible/deformable Interface in the form of a plushy that can be used to interact with generative AI beyond traditional chat-based input methods. After entering a prompt into an AI chat window, users often correct the AI's output by entering another prompt. Squishy enables users to react by interacting with a tangible interface, making the process more engaging and playful:

  • Hitting > The user is not pleased with the output
  • Shaking > The user is confused by the output
  • Petting > The user is happy with the output
  • ...

This concept has already been verified in a previous study. However, we want to improve the previous version by adding the following features:

  • Voice recognition to enable the user to use voice input instead of prompting by text
  • Text to speech to add feedback from Squishy to the user that goes beyond simple sounds
  • A desktop application that serves as the frontend (displays the generated output, chat history, etc.)

What we expect:

  • You have experience with hardware (working with microcontrollers, etc.)
  • You have experience with (web) programming (frontend/backend)
  • You can work independently

What you get:

  • Two committed supervisors, weekly meetings, and hands-on advice
  • (Co-)writing a scientific paper
  • A masters thesis

Keywords

Tangible interfaces, AI Interaction
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