- Gender
- Male
- Device
- Samsung Galaxy S22 Ultra 5G - Android 12
- Country
- Indonesia
What is an ANN?
The computational model known as ANN, or Artificial Neural Network, was created to replicate the neural connections and mental processes of the human brain. It is made up of layered interconnected nodes (artificial neurons) that process and transmit data to carry out various functions. ANN is a well-known machine learning technique that has numerous applications in a variety of fields.
Key Components of an ANN:
An ANN's fundamental building blocks, neurons receive and process inputs.
Weights: Connectivity-related parameters that quantify the importance of neural connections.
Activation Function: A non-linear function used to calculate complex calculations using the weighted sum of inputs.
Input, hidden, and output layers are examples of organized neural cell groups called layers.
Using a training algorithm, the network's weights are modified to improve performance.
ANN Types:
Feedforward Neural Networks: Information flows in one direction, from input to output, without cycles.
Recurrent Neural Networks: Feedback connections allow information to flow in cycles, enabling memory-based tasks.
Convolutional Neural Networks: Specialized for image and video processing, featuring convolutional and pooling layers.
Generative Adversarial Networks: Consisting of two neural networks, one generates content while the other evaluates its authenticity.
A number of fields have been transformed by ANN, resulting in breakthroughs in:
Autonomous Vehicles
Healthcare and Diagnostics
Computer Vision
Speech Recognition
Natural Language Processing
Financial Predictions
Gaming and Reinforcement Learning
Popular ANN Frameworks:
TensorFlow
Keras
PyTorch
Caffe
Theano
You are welcome to discuss ANN, ask questions, or offer your experiences. Let's talk and study together!
The computational model known as ANN, or Artificial Neural Network, was created to replicate the neural connections and mental processes of the human brain. It is made up of layered interconnected nodes (artificial neurons) that process and transmit data to carry out various functions. ANN is a well-known machine learning technique that has numerous applications in a variety of fields.
Key Components of an ANN:
An ANN's fundamental building blocks, neurons receive and process inputs.
Weights: Connectivity-related parameters that quantify the importance of neural connections.
Activation Function: A non-linear function used to calculate complex calculations using the weighted sum of inputs.
Input, hidden, and output layers are examples of organized neural cell groups called layers.
Using a training algorithm, the network's weights are modified to improve performance.
ANN Types:
Feedforward Neural Networks: Information flows in one direction, from input to output, without cycles.
Recurrent Neural Networks: Feedback connections allow information to flow in cycles, enabling memory-based tasks.
Convolutional Neural Networks: Specialized for image and video processing, featuring convolutional and pooling layers.
Generative Adversarial Networks: Consisting of two neural networks, one generates content while the other evaluates its authenticity.
A number of fields have been transformed by ANN, resulting in breakthroughs in:
Autonomous Vehicles
Healthcare and Diagnostics
Computer Vision
Speech Recognition
Natural Language Processing
Financial Predictions
Gaming and Reinforcement Learning
Popular ANN Frameworks:
TensorFlow
Keras
PyTorch
Caffe
Theano
You are welcome to discuss ANN, ask questions, or offer your experiences. Let's talk and study together!