Human-AI Design Version 0.9.2, 2024-09-24
(2024)
author(s): Udo Maria Fon
published in: Research Catalogue
This paper introduces the Human-AI Design approach, a novel framework for addressing complex sustainability challenges through the integration of human expertise and artificial intelligence. The approach leverages social and global entropy concepts to quantify and visualize resource distribution and irreversible processes within social and ecological systems. By combining entropy modeling, participatory processes, and advanced AI techniques, Human-AI Design offers a comprehensive methodology for tackling multifaceted global issues. The paper presents a theoretical framework, outlines the methodology, and demonstrates its application through a case study on global water resource management. The approach's potential is further explored in extended applications across various domains, including education, urban planning, biodiversity conservation, and climate change mitigation. Future scenarios of human-AI coevolution are discussed, highlighting both the immense potential and significant challenges ahead. The Human-AI Design approach represents a promising step towards more effective and integrated solutions to global sustainability challenges, offering new possibilities for understanding and managing complex systems while emphasizing the importance of ethical considerations and adaptive implementation.
The Ecology of Artistic Research
(2023)
author(s): Elizabeth Torres
published in: Research Catalogue
In the past decade, artistic research has emerged as a prominent means of generating new knowledge while addressing pressing issues such as sustainability and environmental concerns. However, due to its relative newness, the field lacks a clear mainstream understanding regarding its potential, meaning, structures, and limitations. The Ecology of Artistic Research is an interdisciplinary investigation that aims to explore the multifaceted dimensions of the field, with a particular focus on the significance of artistic research to researchers and practitioners themselves, and how they perceive, process, and embody knowledge through their practice. This project seeks to identify sustainable approaches to artistic research, demystify and clarify the language of artistic research for lay audiences, visualize the mechanisms of the field, and visibilize structures and networks that pay closer attention to the narratives of our world in transformation.
The investigation is conducted through a cycle of conversations and artistic responses, with a particular focus on the Nordic countries of Finland, Sweden, Norway, and Denmark. Through engaging contemporary artistic practitioners, academic institutions and researchers in conversations, the project seeks to gain insight into their work, concerns, and personal experiences. The output of this research takes various interdisciplinary forms, including audiovisual interviews, articles, and a multimedia exposition.
Colour Maps
(2019)
author(s): Becky Gooby
published in: Research Catalogue
This exposition presents 48 colour maps signifying the hue, saturation and brightness (HSB) differences between a screen colour and the resulting colour outcome when printing onto fabric with a digital inkjet textile printer. Each map is a 360 degree hue colour circle that has inner rings decreasing in saturation and brightness.
These diagrams visualise the results of initial gamut mapping exercises to explore the colour shifts for a set of Pantone colours printed onto wool (w), linen (l), cotton(c) and silk (s) using reactive dyes.
The colour maps, or digital lab dip tests, provide designers and SMEs with a visualisation of expected colour shifts, allowing them to make amendments to design work prior to printing, and managing expectations of printed colour outcomes.
This exposition presents 48 colour maps signifying the hue, saturation and brightness (HSB) differences between a screen colour and the resulting colour outcome when printing onto fabric with a digital inkjet textile printer. Each map is a 360 degree hue colour circle that has inner rings decreasing in saturation and brightness. These diagrams visualise the results of initial gamut mapping exercises to explore the colour shifts for a set of Pantone colours printed onto wool (w), linen (l), cotton(c) and silk (s) using reactive dyes. The colour maps, or digital lab dip tests, provide designers and SMEs with a visualisation of expected colour shifts, allowing them to make amendments to design work prior to printing, and managing expectations of printed colour outcomes.open exposition comments (0)