The construction industry has been globally fingered as the major sector responsible for continued deplorable state of environment. rising exploitation natural environment by decapacitates function flora and fauna to sustain life on earth. Therefore, adoption implementation sustainability concepts in are imperative reduce sector’s negative impacts growing field biomimicry a concept increased gl...

Recently, new emerging techniques of neuromorphic hardware render spiking neuron networks (SNN) promising as an energy-efficient solution for artificial intelligence (AI). With the idea physics informed neural network, structure can be simple while training data light. However its application in RF telecommunication system is still challenging. This paper, first time literatures, proposes a SNN...

Biomimicry of color configurations in the natural environment has attracted great interest research fields recent years, as colors are produced through three main sources: bio-pigments, bioluminescence and structural colors.  Structural is a special by micro or microscopic structures living organisms where arise from complex interactions between surfaces visible light related to rapidly evolvin...

We present Fireflies, an exploration of bio-inspired visualization using animal swarming behaviours and plant phyllotaxis. We applied Fireflies to a Canadian attitudinal survey on HIV/AIDS. Information about the survey participants is encoded within different visual elements of fireflies; most importantly, the motion of the fireflies depicts comfort levels concerning HIV/AIDS. The bio-inspired ...

Maintaining activity of enzymes tethered to solid interfaces remains a major challenge in developing hybrid organic-inorganic devices. In nature, mammalian spermatozoa have overcome this design challenge by having glycolytic enzymes with specialized targeting domains that enable them to function while tethered to a cytoskeletal element. As a step toward designing a hybrid organic-inorganic ATP-...