Hybrid arithmetic optimization algorithm with deep learning model for secure Unmanned Aerial Vehicle networks

Engineering

• Optimization 100%
• Unmanned Aerial Vehicle 100%
• Models 100%
• Hybrid 100%
• Deep Learning 100%
• Algorithm 100%
• Detection 37%
• Dataset 25%
• Drone 25%
• Deep Belief Network 25%
• Autoencoder 25%
• Benchmark 12%
• Cryptography 12%
• Convolutional Neural Network 12%
• Optimal Feature 12%
• Demonstrates 12%
• Metrics 12%
• Max 12%
• Learning Technique 12%
• Evaluation 12%
• Performance 12%
• Research Work 12%
• Normalization 12%
• Network Model 12%
• Primary Level 12%

Computer Science

• Deep Learning Model 100%
• Unmanned Aerial Vehicle 100%
• Mathematical Optimization 100%
• Algorithms 57%
• Deep Learning 42%
• Autoencoder 28%
• Threat Detection 28%
• Communication 28%
• Convolutional Neural Network 14%
• Deep Learning Technique 14%
• Network Algorithm 14%
• Evaluation Metric 14%
• Intrusion Detection 14%
• Potential Attack 14%
• Deep Learning 14%
• Encryption Process 14%
• Computer Network 14%
• Identification 14%
• Model 14%
• Benchmark 14%
• Normalization Approach 14%
• Max Normalization 14%
• Operational Region 14%
• Ground Control Station 14%