Bio-inspired engineering solutions

With bio-inspired flood barriers mimicking mangrove root structures

bio-inspired design flood barriers mangrove mimicry coastal resilience hydrodynamic modeling

With bio-inspired flood barriers leveraging mangrove root hydraulics at scale

fluid dynamics erosion control biomaterials disaster mitigation root architecture

Employing ruthenium interconnects for high-density neuromorphic computing architectures

ruthenium interconnects neuromorphic computing energy efficiency nanofabrication memristors

Via coral reef electro-accretion to accelerate artificial reef colonization dynamics

biorock technology calcium carbonate marine restoration electrolytic substrates biodiversity hotspots

Connecting bat echolocation principles with next-generation sonar technology for underwater navigation

bat echolocation sonar technology bioinspiration underwater navigation acoustic sensing

Designing bio-inspired flood barriers using generative adversarial networks

bio-inspired design flood mitigation generative adversarial networks coastal resilience hydrodynamic modeling

Bio-inspired flood barriers synchronized with solar cycles for coastal resilience

bio-inspired design flood barriers solar cycles coastal engineering climate adaptation

Catastrophic forgetting mitigation in sparse mixture-of-experts models via dynamic synaptic consolidation

catastrophic forgetting mixture-of-experts synaptic consolidation continual learning sparse networks

Optimizing exascale system integration through bio-inspired neural network architectures

exascale computing neural networks system integration bio-inspired design high-performance computing

With ferroelectric hafnium oxide enabling ultra-low-power neuromorphic computing devices

ferroelectric hafnium oxide neuromorphic computing low-power electronics memory devices AI hardware

Bridging sonar technology with bat echolocation to improve underwater autonomous navigation

sonar technology bat echolocation autonomous navigation underwater robotics bioinspiration

Leveraging proprioceptive feedback loops for adaptive robotics during circadian rhythm minima

proprioception adaptive robotics circadian rhythms feedback loops bio-inspired design