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.

ShenZhen Science Technology Museum
A cascade of terraces will frame a large atrium at the heart of the Shenzhen Science & Technology Museum that Zaha Hadid Architects is developing in China. Slated for completion in late 2023, the pebble-shaped museum will encompass 125,000-square-metres and contain a mix of public spaces, galleries and educational facilities. It has been designed by Zaha Hadid Architects as a landmark for Shenzhen’s new Guangming Science City – a masterplan intended to establish the city as a hub for innovation.

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.

Matija voulait créer des vêtements qui s’inspiraient de types historiques sans s’appuyer sur des techniques de construction traditionnelles. Il s’est consciemment abstenu de tricoter, de coudre ou d’adhérer pour développer un système expérimental de fabrication: les scans 3D du corps sont manipulés à l’aide d’un logiciel de modélisation, transposés en motifs découpés au laser 2D, puis rationalisés à travers des scripts en formes qui peuvent être imbriquées comme un puzzle. pièces. L’objet résultant est un polyèdre complexe sans aucune couture. Plus important encore, le processus qui le crée est une variation entièrement originale du tissage avec des possibilités illimitées pour un design novateur et une nouvelle construction. En associant manuellement des centaines de pièces uniques découpées au laser à un savoir-faire techno-couture, il rend tangible une pensée ambitieuse et intégrée. L’œuvre de Matija esthétise la curiosité en s’efforçant constamment d’authentifier la possibilité d’une véritable innovation dans la mode contemporaine.

Matija wanted to create garments that drew upon historical types without relying on traditional techniques of construction. He consciously abstained from knitting, sewing, or adhesion to develop an experimental system of fabrication: 3D scans of the body are manipulated using modelling software, transposed into 2D laser-cut patterns, and then rationalised through scripts into shapes that can be interlocked like puzzle pieces. The resultant object is a complex polyhedron without any seams. More significantly, the process that creates it is an entirely original variation of weaving with unlimited possibilities for novel design and new construction. Manually interlocking hundreds of unique laser-cut pieces with techno-couture craftsmanship, he makes ambitious and integrated thought tangible. Matija’s work aestheticises curiosity by striving constantly to authenticate the possibility of genuine innovation in contemporary fashion.