MIT’s new algorithm for solving complex equations behind neuronal interactions reveals faster AI processes

MIT reveals a faster AI algorithm to solve a complex equation
Researchers have solved the differential equation that lies behind the interaction between two neurons via synapses. This has led to a faster AI algorithm.

Artificial intelligence mimics the brain’s function using a technique known as artificial neural networks (ANN). A neural network \”learns\” from data sets and then outputs its predictions based on that information.

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Researchers from the Massachusetts Institute of Technology Computer Science and Artificial Intelligence Lab have recently discovered a faster way to solve an algorithm used in the algorithms of ‘liquid neural neurons’.