Inhibition facilitates direction selectivity in a noisy cortical environment

Engineering

• Feedforward 100%
• Illustrates 100%
• Input Noise 100%
• Broader Class 100%
• Preferred Direction 100%
• Noise Level 100%

Keyphrases

• Direction Selectivity 100%
• Excitatory Input 80%
• Selective Response 40%
• High-frequency Noise 20%
• Visual Stimuli 20%
• Noise Level 20%
• Input Noise 20%
• Inhibitory Input 20%
• Extracting Information 20%
• Background Activity 20%
• Cortical Circuits 20%
• High Background 20%
• Preferred Direction 20%
• Linear Summation 20%
• Visual Neurons 20%
• Fixed Delay 20%
• Trial-to-trial Variability 20%
• Spike Threshold 20%
• Feedforward Input 20%
• Direction Selective Neurons 20%