Appropriate Problems for Neural Network Learning
ANN learning is well-suited to problems in which the training data corresponds to noisy, complex sensor data, such as inputs from cameras and microphones.
The BACKPROPAGATION algorithm is the most commonly used ANN learning technique.
ANN learning is well-suited to problems in which the training data corresponds to noisy, complex sensor data, such as inputs from cameras and microphones.
The BACKPROPAGATION algorithm is the most commonly used ANN learning technique.
It is appropriate for problems with the following characteristics:
Instances are represented by many attribute-value pairs.
The target function output may be discrete-valued, real-valued, or a vector of several real- or discrete-valued attributes.
The training examples may contain errors.
Long training times are acceptable.
Fast evaluation of the learned target function may be required.
The ability of humans to understand the learned target function is not important.
It is appropriate for problems with the following characteristics:
Instances are represented by many attribute-value pairs.
The target function output may be discrete-valued, real-valued, or a vector of several real- or discrete-valued attributes.
The training examples may contain errors.
Long training times are acceptable.
Fast evaluation of the learned target function may be required.
The ability of humans to understand the learned target function is not important.