Biological neurons perform information processing using a model called pulse processing,
which is both computationally efficient and scalable, adopting the best features of both …

The neurobiological learning algorithm, spike-timing-dependent plasticity (STDP), is
demonstrated in a simple photonic system using the cooperative nonlinear effects of cross …

A photonic system exemplifying the neurobiological learning algorithm, spike timing
dependent plasticity (STDP), is experimentally demonstrated using the cooperative effects of …

We developed a hybrid analog/digital lightwave neuromorphic processing device that
effectively performs signal feature recognition. The approach, which mimics the neurons in a …

A photonic system exemplifying the biological neural process of spike timing dependent
plasticity (STDP) is experimentally demonstrated using nonlinear polarization rotation. STDP …

A Photonic RF Jamming Avoidance Response System bio-inspired by Eigenmannia Page 1
W1G.4.pdf OFC 2016 © OSA 2016 A Photonic RF Jamming Avoidance Response System …

Drawing inspiration from our nature, photonic systems that use light to imitate neural
algorithms and behaviors of nature could be effective to solve complex problems in human's …

Based on the well-known Fabry–Pérot approach, after taking into account the variation of
bias current of the vertical-cavity semiconductor optical amplifier (VCSOA) according to the …

Spike processing is one kind of hybrid analog-digital signal processing, which has the
efficiency of analog processing and the robustness to noise of digital processing. When …

Neuromorphic photonics use light to imitate the neural models and systems of nature for
solving complex human problems that are challenging for conventional electronic …