Human-centered Design at Scale Lab
Human-centered Design at Scale Lab
Human-centered Design at Scale Lab
AI voor Techno-logische Industrie SLIMM lab
AI voor Techno-logische Industrie SLIMM lab
AI voor Techno-logische Industrie SLIMM lab
Delft AI Energy Lab, AI for Energy & Sustainability, ESP Lab
Delft AI Energy Lab, AI for Energy & Sustainability, ESP Lab
Delft AI Energy Lab, AI for Energy & Sustainability, ESP Lab
Delft AI 3DUU, AI for 3D Urban Understanding Lab, TU Delft AI Initiative.
Delft AI 3DUU, AI for 3D Urban Understanding Lab, TU Delft AI Initiative.
Delft AI 3DUU, AI for 3D Urban Understanding Lab, TU Delft AI Initiative.
Delft AI IRIS Lab, AI for Intelligent & Reliable Imaging Systems
Delft AI IRIS Lab, AI for Intelligent & Reliable Imaging Systems
Delft AI IRIS Lab, AI for Intelligent & Reliable Imaging Systems
BioMorphic Intelligence Lab, The BioMorphic Intelligence Lab aims to tackle robustness and efficiency challenges for interacting drones, using biologically inspired solutions
BioMorphic Intelligence Lab, The BioMorphic Intelligence Lab aims to tackle robustness and efficiency challenges for interacting drones, using biologically inspired solutions
BioMorphic Intelligence Lab, The BioMorphic Intelligence Lab aims to tackle robustness and efficiency challenges for interacting drones, using biologically inspired solutions
AiDAPT Lab, Bridging fundamental and applied AI, AiDAPT aims at creating new scientific paradigms towards a more reliable and sustainable built environment
AiDAPT Lab, Bridging fundamental and applied AI, AiDAPT aims at creating new scientific paradigms towards a more reliable and sustainable built environment
AiDAPT Lab, Bridging fundamental and applied AI, AiDAPT aims at creating new scientific paradigms towards a more reliable and sustainable built environment
SELF Lab, The SELF Lab targets the design and development of smart edge computing engines. We demonstrate their superiority for personalized healthcare, such as early epilepsy detection (a neurological disease that manifests as a brain-wide phenomenon). The computing engine will be based on computation-in-memory architecture, beyond traditional Von-Neumann. It will use memristor devices well suited to brain-inspired computing, combined with new biologically inspired learning algorithms and power-aware efficient mapping methods
SELF Lab, The SELF Lab targets the design and development of smart edge computing engines. We demonstrate their superiority for personalized healthcare, such as early epilepsy detection (a neurological disease that manifests as a brain-wide phenomenon). The computing engine will be based on computation-in-memory architecture, beyond traditional Von-Neumann. It will use memristor devices well suited to brain-inspired computing, combined with new biologically inspired learning algorithms and power-aware efficient mapping methods
SELF Lab, The SELF Lab targets the design and development of smart edge computing engines. We demonstrate their superiority for personalized healthcare, such as early epilepsy detection (a neurological disease that manifests as a brain-wide phenomenon). The computing engine will be based on computation-in-memory architecture, beyond traditional Von-Neumann. It will use memristor devices well suited to brain-inspired computing, combined with new biologically inspired learning algorithms and power-aware efficient mapping methods
CityAI Lab
CityAI Lab
CityAI Lab

“Voor het TU Delft AI Initiative maakte ik van alle verschillende labs en de betrokken onderzoekers een serie foto’s voor verschillende media-doeleinden. Met de nodige uitdaging: want het meeste onderzoek vindt plaats achter een computerscherm en dat is nu precies wat we niet in beeld wilde brengen. Dus richtten we ons meer op de toepassing van de AI en het deelgebied binnen het brede veld. Van toch die schermen tot aan trainen van algoritmen omtrent materialen maakten deel uit van de sessies. Ook heeft het AI-onderzoek betrekking op bijvoorbeeld het verkeer, duurzaamheid, vliegen, het onderhoud van bouwkundige hoogtepunten, maar ook beeldanalyses van medisch beeldmateriaal. Het resultaat is een inkijkje in verschillende onderzoekslabgroepen: Human-centered Design lab, SLIMM lab, Energy Lab, 3DUU Lab, IRIS Lab, Biomorphic Lab, AiDAPT Lab, SELF Lab, CHEME Lab, CityAI Lab, AI Fluids en DI Lab.”

Het TU Delft AI Initiative coördineert onderzoek naar de mogelijkheden van AI-technologieën en fungeert als centraal platform voor AI, data en digitalisering onderzoek, onderwijs en innovatie. Er wordt intensief samengewerkt met verschillende faculteiten binnen de TU.

Category
Science
Tags
AI, AI-technologieën, artificiële intelligentie, beeldbank, beeldbankfotografie, beeldcommunicatie, esp lab, fotograaf, portretfotografie, science photographer, technische universiteit, technische wetenschappen, wetenschap, wetenschapsfotograaf

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