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[3A1-GS-5-01] Co-creative learning in human-machine systems based on joint attention naming games
Keywords:AI, Symbol emergence, multi-agent
In this study, we conduct a symbol emergent communication experiment in which human-machine pairs play a joint attention naming game (JA-NG).
In this experiment, we will investigate whether distributed Bayesian inference can be performed between human participants and computers.
As a result, we confirmed that ARI increases when humans and computers play JA-NG.
We also confirmed that humans who performed JA-NG with a model following the acceptance probability based on the Metropolis-Hastings method had a higher ARI and converged to a more correct posterior distribution of signs than humans who performed JA-NG with other comparative models.
These results suggest that humans can also play the Metropolis-Hastings Naming Game (MHNG), which allows for a certain degree of integration of perceptual information between humans and machines.
This supports the idea that MHNG is a valid theory to explain human symbol emergence, and at the same time, it indicates the possibility that humans and machines can learn together in a co-creative manner.
Since this experiment was conducted and analyzed with a small number of participants 9, further recruitment of participants and statistical testing is necessary to gain confidence in the findings.
In this experiment, we will investigate whether distributed Bayesian inference can be performed between human participants and computers.
As a result, we confirmed that ARI increases when humans and computers play JA-NG.
We also confirmed that humans who performed JA-NG with a model following the acceptance probability based on the Metropolis-Hastings method had a higher ARI and converged to a more correct posterior distribution of signs than humans who performed JA-NG with other comparative models.
These results suggest that humans can also play the Metropolis-Hastings Naming Game (MHNG), which allows for a certain degree of integration of perceptual information between humans and machines.
This supports the idea that MHNG is a valid theory to explain human symbol emergence, and at the same time, it indicates the possibility that humans and machines can learn together in a co-creative manner.
Since this experiment was conducted and analyzed with a small number of participants 9, further recruitment of participants and statistical testing is necessary to gain confidence in the findings.
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