Fostering creativity in User Interface (UI) design is challenging for innovation. This paper explores the combination of model-based approaches and interactive genetic algorithms to foster the exploration of the design space. A user task model is given in input. Magellan produces sketches of UIs that aim at inspiring the designer. Later on, appropriate tools may be used to tune the right design into the design right. Magellan is a proof of concept that deserves further exploration. Currently it is implemented using COMETs but it is not dependent of this technology.

Examples browsing is a common designer practice in user interface design. Several design galleries can be found on Internet. However, those galleries are hand crafted and thus limited and cumbersome to build. In this paper, we claim for tools for supporting both the production and exploration of examples.. We describe a running prototype based on Interactive Genetic Algorithms (IGA), and relate an early evaluation.

No abstract

The Textile & Clothing industry is facing systemic and global challenges due both to ecological and economic crises. Today, increasing full traceability of supply chain is one of the key points to optimize production but it should also serve to inform consumers to foster sustainable purchasing decision. We argue that the total traceability of the garment supply chain must be constructed to enable a full transparency for the consumer. In this paper, we will start analysing brands’ transparency communication and describe the particular complexities of the textile supply chain.