Inspired strongly from the visual system, the Multi-layer Perceptron is a device capable of performing a classification task, learning from set of input-output associations often called training set. The presence of many layers of interconnected artificial neurons allows for a sequential processing of the raw data in input, and for the representation of arbitrarily complex non-linear functions of it. The parameters of the device are usually referred to as synaptic weights: these are able to capture complex structures (features) in the inputs, which, after the training is complete, can be used to obtain a correct classification when an unseen pattern is presented. This mechanism is likely very similar to the learning process taking place in the brain.
martedì 16 febbraio 2016
Homework #3 - The Machine of my Doctorate
Artificial neural networks
Inspired strongly from the visual system, the Multi-layer Perceptron is a device capable of performing a classification task, learning from set of input-output associations often called training set. The presence of many layers of interconnected artificial neurons allows for a sequential processing of the raw data in input, and for the representation of arbitrarily complex non-linear functions of it. The parameters of the device are usually referred to as synaptic weights: these are able to capture complex structures (features) in the inputs, which, after the training is complete, can be used to obtain a correct classification when an unseen pattern is presented. This mechanism is likely very similar to the learning process taking place in the brain.
Inspired strongly from the visual system, the Multi-layer Perceptron is a device capable of performing a classification task, learning from set of input-output associations often called training set. The presence of many layers of interconnected artificial neurons allows for a sequential processing of the raw data in input, and for the representation of arbitrarily complex non-linear functions of it. The parameters of the device are usually referred to as synaptic weights: these are able to capture complex structures (features) in the inputs, which, after the training is complete, can be used to obtain a correct classification when an unseen pattern is presented. This mechanism is likely very similar to the learning process taking place in the brain.
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