Brain-inspired computer vision aims to learn from biological systems to develop advanced
image processing techniques. However, its progress so far is not impressing. We recognize …

Artificial intelligence (AI) systems surpass certain human intelligence abilities in a statistical
sense as a whole, but are not yet the true realization of these human intelligence abilities …

Spiking camera is a bio-inspired vision sensor that mimics the sampling mechanism of the
primate fovea, which has shown great potential for capturing high-speed dynamic scenes …

Traditional cameras produce desirable vision results but struggle with motion blur in high-
speed scenes due to long exposure windows. Existing frame-based deblurring algorithms …

Spike camera, a new type of neuromorphic visual sensor that imitates the sampling
mechanism of the primate fovea, can capture photons and output 40000 Hz binary spike …

As a bio-inspired sensor with high temporal resolution, the spiking camera has an enormous
potential in real applications, especially for motion estimation in high-speed scenes …

Reconstruction of high dynamic range image from a single low dynamic range image
captured by a conventional RGB camera, which suffers from over-or under-exposure, is an ill …

Spike camera is an emerging bio-inspired vision sensor with ultra-high temporal resolution.
It records scenes by accumulating photons and outputting continuous binary spike streams …

Spike camera is a kind of neuromorphic sensor that uses a novel``integrate-and-
fire''mechanism to generate a continuous spike stream to record the dynamic light intensity …

Capturing high frame rate and high dynamic range (HFR&HDR) color videos in high-speed
scenes with conventional frame-based cameras is very challenging. The increasing frame …