Neuromorphic visual system with image perception, memory, and preprocessing functions is
expected to simulate basic features of the human retina. Organic optoelectronic synaptic …

Neuromorphic vision has been attracting much attention due to its advantages over
conventional machine vision (eg, lower data redundancy and lower power consumption) …

Bio‐inspired neuromorphic vision sensors, integrating optical sensing, and processing
functions have attracted significant attention for developing future low‐power and high …

Emulating the biological visual perception system typically requires a complex architecture
including the integration of an artificial retina and optic nerves with various synaptic …

Photoelectric synaptic device is a promising candidate component in brain‐inspired high‐
efficiency neuromorphic computing systems. Implementing neuromorphic computing with …

The retina, the most crucial unit of the human visual perception system, combines sensing
with wavelength selectivity and signal preprocessing. Incorporating energy conversion into …

Outstanding features of the human retina are its concave hemispherical geometry, high-
sensitive image acquisition, and neuromorphic visual processing, which not only simplifies …

For the realization of retina-inspired neuromorphic visual systems which simulate basic
functions of human visual systems, optoelectronic synapses capable of combining …

Taking inspiration from the human eye's information processing capabilities, the artificial
optoelectronic neuronic device (AOEND) offers a promising approach to creating a bionic …

Retinal‐inspired synaptic phototransistors, which integrate light signal detection,
preprocessing, and memory functions, show promising applications in artificial vision …