Hashimoto, T, (1996), Evolution of Code and Communication in Dynamical Networks, PhD. thesis, University of Tokyo Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Self Re-organizing of Language triggered by "Language Contact" - Maeda, Sasaki, Tokoro (Correct)
....who use the language. On the other hand, another approach can be suggested to explain the diversity and complexity of language, by regarding the language itself as a highly autonomous system with its own peculiar dynamics, by which language evolves even without a complex space or information[2]. In this case, the system we consider is an organization with certain properties or functions that emerge from local interactions among multiple constituent elements, although each of the elements itself has no internal mechanisms for such emergent properties. In other words, this approach ....
Takashi Hashimoto. Evolution of Code and Communication in Dynamical Networks. PhD thesis, The Graduate School of Arts and Sciences, University of Tokyo, 1996.
Development of Syntactic and Semantic Structure in Artificial.. - Hashimoto Self-citation (Hashimoto) (Correct)
....to understand evolution of language, we propose a language game in agents with grammar systems. As a viewpoint to abstractly study communication systems, we have proposed a notion of code which is defined as a system of usages and interpretations of symbols in communication and expressions [4]. We are interested in the case of self organizing code, a code emerging from interactions among elements. For example, dynamics of two characteristic self organized codes, linguistic code [5] which is developed in this paper and genetic code [6, 7] have been studied. # ....
Hashimoto, T, (1996), Evolution of Code and Communication in Dynamical Networks, PhD. thesis, University of Tokyo
Replication and Diversity in Machine-Tape Coevolutionary Systems - Takashi Ikegami (1996) (5 citations) Self-citation (Hashimoto) (Correct)
....with a non dividing time G nd by 50. suppresses cells to become cancer cells. In other words, inter cellular interactions keep cells in unstable states to prevent from exact replication. Oscillating core networks can only become unstable cell states. It is known from our previous studies [8] that oscillating core structures have roughly 4 types. These are,1)periodic oscillation with its machine number ranging from 50 to 110; 2)Same number of machines with quasi periodic oscillations; 3) Amplitude of machine number is bounded between 80 and 110 with quasiperiodic oscillations; 4) ....
T.Hashimoto, Evolution of Code and Communication in Dynamical Networks (PhD. thesis, University of Tokyo, 1996).
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