Generative Adversarial Network Algorithms in Art: Data Video
Abstract
The recent development of machine learning to synthesize the dataset and manipulate images into new works of art, bringing essential changes in visual art and the method of art creation. The paper aims at applying the Generative Adversarial Network (GAN) to the new media art in particular the image generation and video synthesis through latent space interpolation, through the indirect training in GAN to process a series of still images as the dataset, the generated work presents the ability of machine algorithms in learning and processing the image creation, as well as the next stage of machine-made art. The generated images through latent space interpolation are the artificial imitation among the images by the machine, indicating a new form of image interpretation and representation where human’s intervention in art creation is restricted in the pre-data selection and post-data appreciation.
Keywords: Artificial Intelligence, Machine Learning, Gan, Machine-Made Art, Image Visualization
DOI: 10.54941/ahfe100957
Cite this paper
More from this volume
- Modeling of the laminating machine based on ergonomic studies for the manufacture of marzipan handicrafts
- Cognitive Model for Probability Density Distribution Uncertainty Visualization
- Designing and Evaluating of an iPad-based Reading Mode for Enhancing the Efficiency of Non-native Immersive Reading
- Layout Evaluation of Luban Banner Interface Elements Based on Aesthetic Calculation
- Design of Point Pop-ups with Visual Representation based on Weather Map Interface
- Naturality and non-transparency of technology in the age of intelligent voice assistants
- Hybrid Sensory Surfaces: Biological meets Digital
- Design of Smart Household Beauty Apparatus Targeting the Young Consumers
- Smartphone based accurate touch operations on an AR desktop
- The near (bio)future in design
- Translating the creative process of knitwear design: from manual to digital practices in a material-driven approach
- HOYO – Shape Memory Alloys enable a new way to approach the treatment of the Autism Spectrum Disorder


AHFE Open Access