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Gradient descent 1 pointoptimizes the weights of a neural networkoptimizes the loss function of a neural networkoptimizes the activation function of a neural networkNone of the above

Question

Gradient descent 1 pointoptimizes the weights of a neural networkoptimizes the loss function of a neural networkoptimizes the activation function of a neural networkNone of the above

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Solution

Gradient descent optimizes the loss function of a neural network.

Here's a step-by-step explanation:

  1. Gradient Descent is an optimization algorithm that's used when training a machine learning model. It's based on a convex function and tweaks its parameters iteratively to minimize a given function to its local minimum.

  2. In the context of training a neural network, the function that we're trying to minimize is the Loss function. The loss function computes the difference between the network's prediction and the actual result.

  3. The weights of the neural network are then updated in the opposite direction to the gradient of the loss function, descending into the minimum of the loss function.

  4. This process is repeated until the algorithm converges to the minimum of the function, hence the term "gradient descent".

  5. Therefore, gradient descent does not optimize the weights of a neural network directly, nor does it optimize the activation function of a neural network. It optimizes the loss function of a neural network.

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