Optimal decisions: From neural spikes, through stochastic differential equations, to behavior

Mathematics

• Spike 100%
• Drift-diffusion 79%
• Stochastic Differential Equations 76%
• Neuron 59%
• Human 52%
• Eye Movements 46%
• Statistical Decision Theory 43%
• Stochastic Ordinary Differential Equations 41%
• Reaction Time 41%
• Decision Theory 37%
• Nucleus 34%
• Error Rate 32%
• Diffusion Model 32%
• Information Theory 31%
• Animals 31%
• Schedule 30%
• Movement 29%
• Decision Making 29%
• Time-varying 27%
• Diffusion Process 27%
• Locus 26%
• Random walk 24%
• Evidence 24%
• Review 20%
• Observation 18%
• Performance 17%
• Model 9%

Engineering & Materials Science

• Differential equations 77%
• Decision theory 69%
• Human reaction time 53%
• Neurons 53%
• Norepinephrine 53%
• Information theory 33%
• Eye movements 32%
• Ordinary differential equations 30%
• Animals 27%
• Decision making 20%
• Networks (circuits) 15%