ABSTRACT
We have been exploring a system that constructs a hybrid semi-artificial life that fuses a biological neuronal network and a hardware information processing device, and expresses the phenomena that occur there as "intelligent behavior". In this study, we implemented a broken dialogue agent that is a wetware-hardware hybrid that has a sound input/output interface that connects the biological neural network to the outside world, in order to reflect the "fluctuation" unique to living organisms in the system. The agent extracts words contained in the voice input, evaluates the impression of the dialogue based on the "emotional polarity dictionary", and applies electrical stimulation to the cultured living neuronal network according to the evaluation result. The induced neuronal electrical activity pattern was defined as the "internal state" of the agent, and this determined the emotional polarity value of the agent itself at that time. The agent selects words that are compatible with the emotional polarity of agent extracting from co-occurring words and outputs them in "broken sentences". On the human side, we aimed to establish a conversation by complementing and understanding the meaning from this broken word sequence.
- T. Taguchi A. Kiyohara and S. N. Kudoh. 2008. Analysis for the mechanism of autonomous network reorganization in dissociated culture. proc.SCIS & ISIS 2008 (2008), 452–455.Google Scholar
- D. J. Chalmers. [n. d.]. Facing up to the problem of consciousness. Journal of consciousness studies 2, 3 ([n. d.]).Google Scholar
- G.Tononi. [n. d.]. Aninformationintegrationtheoryofconsciousness. 54, 2, Article 5 ([n. d.]), 1 pages.Google Scholar
- T. Kudo and Y. Matsumoto. [n. d.]. Japanese dependency analysis using cascaded chunking. ([n. d.]).Google Scholar
- Y. Matsumoto M. Higashiyama, K. Inui. [n. d.]. Learningsentimentofnounsfromselectional preferences of verbs and adjectives. ([n. d.]).Google Scholar
- A. Kiyohara C. Hosokawa T. Taguchi I. Hayashi S. N. Kudoh, M. Tokuda. [n. d.]. Vitroid–the robot system with an interface between a living neuronal network and outer world. ([n. d.]).Google Scholar
- H. Ito W. Minoshima, Y. Fukui and S. N. Kudoh. 20015. Relationship between evoked electrical responses and robotic behavior analyzed by Self-Organization Map. In Proc.24th IEEE International Symposium on Robot and Human Interactive Communication (RO-MAN).Google Scholar
Index Terms
- A semi-living broken Dialogue Agent Depending on the Internal State of a Living Neuronal Network
Recommendations
Self-organized two-state membrane potential transitions in a network of realistically modeled cortical neurons
Recent studies have revealed that in vivo cortical neurons show spontaneous transitions between two subthreshold levels of the membrane potentials, 'up' and 'down' states. The neural mechanism of generating those spontaneous states transitions, however, ...
Local field potentials indicate network state and account for neuronal response variability
Multineuronal recordings have revealed that neurons in primary visual cortex (V1) exhibit coordinated fluctuations of spiking activity in the absence and in the presence of visual stimulation. From the perspective of understanding a single cell's ...
Semi-artificial living neuronal network consists of neuronal units derived from different species
BodyNets '13: Proceedings of the 8th International Conference on Body Area NetworksThe re-connection technology for neuronal circuit complements the signal from a brain and transmits it to a peripheral system (body). As a second best plan to reconstruct the neuronal connection, the transplantation of a prosthetic circuit consisting of ...
Comments