Neuromorphic architecture basically boils down to computer chips mimicking brain behavior. Neurons are cells in the brain that transmit information. Neurons have small gaps at their ends that ...

Enter neuromorphic computing, a closer match to the design principles and physics of our brains that could become the energy-saving future of AI. Instead of shuttling data over long distances between ...

The challenge now is for the industry to capitalize on its history in neuromorphic technology development and answer tomorrow’s pressing, even life-or-death, computing challenges. KEY POINTS ...

With all of this going on, one might wonder why Intel is pursuing yet another approach—neuromorphic computing. Neuromorphic computing, for the unfamiliar, mimics the neuron spiking functions of ...

The paper, "Scalable Memdiodes Exhibiting Rectification and Hysteresis for Neuromorphic Computing," was published in Scientific Reports.

The company’s work in neuromorphic research had led to advancements like a smell-o-vision chip in the first-generation Loihi. Neuromorphic computing ... building block for training neural ...

Earlier at ZDNet, we introduced you to the concept of neuromorphic computing, and contrasted it against the realm of digital neural net simulation. In conventional simulations, the relative ...

Neuromorphic or brain-like computing systems, consisting of artificial neurons and synapses, offer low power consumption and efficient data processing. One of the most promising semiconductor ...