Modeling by optimal Artificial Neural Networks the prediction of propagation path loss in urban environments

Keyphrases

• Urban Environment 100%
• Propagation Path Loss 100%
• Optimal Artificial Neural Network 100%
• Input Nodes 100%
• Design Case 50%
• Differential Evolution 50%
• Propagation Environment 50%
• Differential Evolution Algorithm 50%
• General Performance 50%
• Artificial Neural Network 50%
• Artificial Neural Network Design 50%
• Ray-tracing Simulation 50%
• LMS Method 50%
• Weight Optimization 50%
• Levenberg Marquardt Back Propagation Algorithm 50%
• Neural Network Weights 50%

Computer Science

• Propagation Path 100%
• Urban Environment 100%
• Artificial Neural Network 100%
• Neural Network 16%
• Network Design 16%
• ray-tracing 16%
• Differential Evolution 16%
• differential evolution algorithm 16%
• Levenberg Marquardt 16%
• Backpropagation Algorithm 16%

Engineering

• Propagation Path 100%
• Path Loss 100%
• Artificial Neural Network 100%
• Input Node 33%
• Propagation Environment 16%
• Alternative Procedure 16%
• Levenberg-Marquardt Algorithm 16%
• Neural Network Weight 16%
• Backpropagation Algorithm 16%