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<ReLU>

ReLUPros:

  • 's pros:
    • It mitigates Vanishing Gradient Problem.
    • It's not computationally expensive.
    It mitigates Vanishing Gradient Problem.
  • 's cons:
    • It causes Dying ReLU Problem.
    • It's non-differentiable at x=0.
    It's not computationally expensive.

SigmoidCons:

  • 's pros:
    • It normalises input values so the convergence is more stable than ReLU.
    • It mitigates Exploding Gradient Problem.
    • It avoids Dying ReLU Problem.
    • It's continuously differentiable.
    It causes Dying ReLU Problem.
  • 's cons:
    • It causes Vanishing Gradient Problem.
    • It's computationally expensive because of exponential operation.
    It's non-differentiable at x=0.

<Sigmoid>

Pros:

  • It normalises input values so the convergence is more stable than ReLU.
  • It mitigates Exploding Gradient Problem.
  • It avoids Dying ReLU Problem.
  • It's continuously differentiable.

Cons:

  • It causes Vanishing Gradient Problem.
  • It's computationally expensive because of exponential operation.

ReLU:

  • 's pros:
    • It mitigates Vanishing Gradient Problem.
    • It's not computationally expensive.
  • 's cons:
    • It causes Dying ReLU Problem.
    • It's non-differentiable at x=0.

Sigmoid:

  • 's pros:
    • It normalises input values so the convergence is more stable than ReLU.
    • It mitigates Exploding Gradient Problem.
    • It avoids Dying ReLU Problem.
    • It's continuously differentiable.
  • 's cons:
    • It causes Vanishing Gradient Problem.
    • It's computationally expensive because of exponential operation.

<ReLU>

Pros:

  • It mitigates Vanishing Gradient Problem.
  • It's not computationally expensive.

Cons:

  • It causes Dying ReLU Problem.
  • It's non-differentiable at x=0.

<Sigmoid>

Pros:

  • It normalises input values so the convergence is more stable than ReLU.
  • It mitigates Exploding Gradient Problem.
  • It avoids Dying ReLU Problem.
  • It's continuously differentiable.

Cons:

  • It causes Vanishing Gradient Problem.
  • It's computationally expensive because of exponential operation.
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ReLU:

  • 's pros:
    • It mitigates Vanishing Gradient Problem.
    • It's not computationally expensive.
  • 's cons:
    • It causes Dying ReLU Problem.
    • It's non-differentiable at x=0.

Sigmoid:

  • 's pros:
    • It normalises input values so the convergence is more stable than ReLU.
    • It mitigates Exploding Gradient Problem.
    • It avoids Dying ReLU Problem.
    • It's continuously differentiable.
  • 's cons:
    • It causes Vanishing Gradient Problem.
    • It's computationally expensive because of exponential operation.