recognition
RECOGNITION

Recognition, winner of IK Prize 2016 for digital innovation, is an artificial intelligence program that compares up-to-the-minute photojournalism with British art from the Tate collection. Over three months from 2 September to 27 November, Recognition will create an ever-expanding virtual gallery: a time capsule of the world represented in diverse types of images, past and present.A display at Tate Britain accompanies the online project offering visitors the chance to interrupt the machine’s selection process. The results of this experiment – to see if an artificial intelligence can learn from the many personal responses humans have when looking at images – will be presented on this site at the end of the project.Recognition is a project by Fabrica for Tate; in partnership with Microsoft, content provider Reuters, artificial intelligence algorithm by Jolibrain.

Anerkennung
Recognition, Gewinner des IK-Preises 2016 für digitale Innovation, ist ein Programm für künstliche Intelligenz, das aktuellen Fotojournalismus mit britischer Kunst aus der Tate-Sammlung vergleicht. In drei Monaten vom 2. September bis 27. November wird Recognition eine ständig wachsende virtuelle Galerie schaffen: eine Zeitkapsel der Welt, die in verschiedenen Arten von Bildern aus Vergangenheit und Gegenwart dargestellt wird. Eine Ausstellung in der Tate Britain begleitet das Online-Projekt und bietet Besuchern die Möglichkeit um den Auswahlprozess der Maschine zu unterbrechen. Die Ergebnisse dieses Experiments – um zu sehen, ob eine künstliche Intelligenz aus den vielen persönlichen Reaktionen lernen kann, die Menschen beim Betrachten von Bildern haben – werden am Ende des Projekts auf dieser Website vorgestellt. Recognition ist ein Projekt von Fabrica für Tate; in Partnerschaft mit Microsoft, Inhaltsanbieter Reuters, Algorithmus für künstliche Intelligenz von Jolibrain.

Bit.fall
BIT.FALL uses a unique algorithm connected to the Internet in real time to look for popular buzzwords through different newsfeed channels, which are then displayed as words through hundreds of water droplets in a curtain of water.

Neri Oxman: Material Ecology

Vespers

“Vespers is a collection of 15 3-D-printed masks that explore the idea of designing with live biological materials. The collection consists of three distinct series, each reinterpreting the concept of the death mask—traditionally a wax or plaster impression of a corpse’s face. Taken as a whole, the three series form a narrative arc from death to rebirth. In the first series, Oxman and The Mediated Matter Group looked at the death mask as a cultural artifact. Fabricated using an algorithm that deconstructed polyhedral meshes into subdivided surfaces, the masks were 3-D printed with photopolymers, as well as with bismuth, silver, and gold, and rendered in color combinations that recur in religious practices around the world.” Rachel Morón

A(g)ntense gallery installation
ATLV is a computational design firm based in los angeles, california. Founded by satoru sugihara, the studio pushes the boundaries of practice and research in contemporary architecture and spatial design. Through integration of technological innovations, design problems can be approached with many different perspectives. Using tailored software tools, ATLV is able to employ algorithms alongside electronic hardware and robotics to seek broader ideas of design, fabrication, and process.

Spacestream
The project uses generative computational strategies to generate series of special stream paths within 3D space frame, giving it structural stiffness and aesthetic values. The generative algorithm is based on use of multi-agent systems, shortest path calculation, lattice stigmergy and structural analysis. The goal is to create continuously thickened bundle paths within the fuzzy 3D space frame structure, where the bundles double as camouflage and reinforcement for the joints/seams between the welded components, allowing for fabrication of large scale structures, mediating between the discreet components and continuous system.Space Stream is a student project which aims to explore influence of rule-based design systems on low-tech fabrication technique of welding. The research concentrates on wireframe structures, which are strengthened through subdivision of basic geometrical units and bundling and reinforcing of the main structural strands. The custom software used for this project is centered on Dijkstra’s shortest path algorithm in combination with agent-based modeling techniques.

Transient Materialization
Created by Shih-Yuan Wang, Yu-Ting Sheng, Dr. Alex Barchiesi and Vyacheslav Kryvosheya with guidance from Prof. Jeffrey Huang at the Media and Design Laboratory LDM, EPFL / SINLAB, Transient Materialization explores the relationship between digital and material-based digital fabrication through n-hedron structure composed mainly of soap foam that is blown, through a mixture of air and helium, into a foam structure.The project questions structure’s materiality and examines its physical performance and ephemeral characteristics. In the first phase of the project the team achieved a programmable foam structure and presented various configurations of dynamic and transformable foam structures. The fabrication interacts with the algorithm, which involves a mixture of air and helium (controlled by pneumatic valves) and additive chemical substances and thickening agents.The aim of the project is to take architecture beyond the creation of static forms and into the design of dynamic, transformable and ephemeral material experimental processes.

MID AND PLAYMODES
radial and blaus
‘radial’ and ‘blaus’ are two interactive lighting installations, both a result of the collaboration between catalonia-based digital research collectives MID (media interactive design) and playmodes. ‘blaus’ introduces the abstract realm of three dimensional geometry through the mediums of audio and illumination – this could manifest as a cube or a blossoming flower, a grid or a jellyfish, a mutant framework of reflecting lights which submerge the audience into a multi-faceted universe, driven by hidden forces of the architecture. ‘blaus’ is an immersive space where audio-visual elements relate
intimately to impact on the visitor. the process led the designers to build most of the software and hardware elements themselves, by means of algorithm design, digital fabrication techniques and craft handwork. on the hardware side, the use of open source technologies, such as arduino, allowed us to create a flexible electronic system easily addressable by opensound – control data. ‘duration open source software by
james george was used in order to independently control, compose, and play a full score for the laser diodes, servomotors, lights and music.on the sound design side, all music and sound effects are made through the use of audio programming environments such as predate and reactor.
custom digital instruments are made in order to exactly match the resonant frequency of the space and its harmonics.
‘blaus’ is an immersive space where audio-visual elements relate intimately to impact on the visitor.