Özet:

Artificial intelligence has been giving striking examples in the field of art in recent years and is frequently on the agenda with articles written on the subject. In this research, it is examined how artificial intelligence and machine learning are realized, how the applications put forward in the literature and whether they are accepted by the audience rather than explaining the engineering part of the production stages systematically. In addition, the study examines the usage areas of artificial intelligence through examples in contemporary art. Three-dimensional ceramic printers, one of the technology-compatible tools of ceramic art, were deemed suitable for artificial intelligence learning, and it was determined that processing code software and artificial intelligence could be compatible especially in three-dimensional printers working with fused deposition modeling. The concept that machine learning is suitable for ceramic art emerged by coding sounds with Processing code software and transforming the coded sounds into ceramic forms with printers. In the processing software, the codes are written and programmed by the programmers. Accordingly, machine learning in artificial intelligence algorithms is realized by artificial intelligence recognizing existing codes and making original choices. If the codes created by the software are made so that artificial intelligence can recognize and interpret them and make original choices, ceramic form production of artificial intelligence will be possible with the processing code software. In the study, the working principle of three-dimensional ceramic printers is mentioned, the processing code and the integrated working possibility of artificial intelligence are explained. This research was conducted on the basis of the developmental research model, one of the qualitative research methods.

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