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Memristive Reservoirs Learn to Learn

arXiv.org Artificial Intelligence

Memristive reservoirs draw inspiration from a novel class of neuromorphic The synaptic sites of nanowire networks are not directly accessible, hardware known as nanowire networks. These systems in contrast to random access memories (RAM) [4, 9, 17], where display emergent brain-like dynamics, with optimal performance each memory cell is addressable and programmable. The lack of controllability demonstrated at dynamical phase transitions. In these networks, is compensated for by the dynamic nature of nanowire a limited number of electrodes are available to modulate system networks, which is a key feature that enables them to adapt to dynamics, in contrast to the global controllability offered by neuromorphic evolving input signals. Nevertheless, it is worth investigating how hardware through random access memories. We demonstrate these neuromorphic systems can be optimized for information processing that the learn-to-learn framework can effectively address this tasks. For example, previous studies have shown that in a challenge in the context of optimization. Using the framework, we physical reservoir computing framework, nanowire networks can successfully identify the optimal hyperparameters for the reservoir.


How To Avoid Getting Caught When You're Browsing The Web At Work

Forbes - Tech

Have you ever spent time at work looking at something on your monitor that isn't work related? Afraid your boss might catch you? A programmer with the same problem built Boss Sensor, a system that uses deep learning AI to switch your screen to something work-related when your boss is near. Hiroki Nakayama explains Boss Sensor in a post on the blog Ahogrammer. First, he trained a convolutional neural network (CNN) to recognize his boss's face.


Slacker hacker: Programmer uses AI to disguise his screen when his boss nears

#artificialintelligence

Deep learning is helping solve everyday inconveniences, both serious and superficial. Artificial intelligence has been used to manage the global financial market, predict heart failure, and help cars navigate city streets autonomously. But not every AI application is so serious. A Brown University student recently developed a system that invents futuristic and ridiculous baby names. And last year the first AI-judged beauty contest was held.