The steady states of the system. (A) The system (Equation 1) has

The steady states of the system. (A) The system (Equation 1) has one

Frontiers Gain Modulation by an Urgency Signal Controls the Speed–Accuracy Trade-Off in a Network Model of a Cortical Decision Circuit

a and b. In figure a the estimated normal zone length between the

a and b. In figure a the estimated normal zone length between the

Michael C. Dorris's research works Chinese Academy of Sciences, Beijing (CAS) and other places

Dominic STANDAGE, Marie Curie Senior Research Fellow, PhD, Computer Science, University of Birmingham, Birmingham, School of Psychology

PDF) Gain Modulation by an Urgency Signal Controls the Speed–Accuracy Trade-Off in a Network Model of a Cortical Decision Circuit

Frontiers Gain Modulation by an Urgency Signal Controls the Speed–Accuracy Trade-Off in a Network Model of a Cortical Decision Circuit

Dominic STANDAGE, Marie Curie Senior Research Fellow, PhD, Computer Science, University of Birmingham, Birmingham, School of Psychology

PDF) Gain Modulation by an Urgency Signal Controls the Speed–Accuracy Trade-Off in a Network Model of a Cortical Decision Circuit

The steady states of the system. (A) The system (Equati

The steady states of the system. (A) The system (Equation 1) has one

Dominic STANDAGE, Marie Curie Senior Research Fellow, PhD, Computer Science, University of Birmingham, Birmingham, School of Psychology

The steady states of the system. (A) The system (Equation 1) has one

Dominic STANDAGE, Marie Curie Senior Research Fellow, PhD, Computer Science, University of Birmingham, Birmingham, School of Psychology

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