Which of the following statements does not correctly describe the architecture of the decision making model introduced in the part 30? 102. (part 30, medium) 105-Final
A. Local recurrent excitation within each excitatory neural population.
B. Global inhibition by inhibitory interneurons.
C. Feedforward inhibition between the excitatory neural populations.
D. Hidden layers with feedforward excitation for the input neural populations.
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In the working memory model introduced in the part 29, the encoding and erasing of working memory can be described by which of the following mechanisms in the theory of dynamical systems. 100. (part 29, difficult) 105-Final
A stable focus due to the feedback inhibition.
B. An unstable focus due to the feedback excitation.
C. Bifurcation due to the change of input current
D. Bifurcation due to the activation of potassium channels.
According to the part 29, what is the current theory about the neural mechanism of working memory? 99. (part 29, medium)105-Final
A. Recurrent excitation due to the feedback connections.
B. Persistent sodium channels activation on the soma.
C. Short-term synaptic depression
D. Accelerated action potential propagation due to the structural changes of the axon.
What is the major difference between the short-term memory and the working memory? 96. (part 29, easy) 105-Final
A. The working memory requires the ability to manipulate/transform the information and use it in high-level behaviors.
B. The working memory is shorter than the short-term memory
C. The working memory requires the ability to transform the short-term memory into a long-term memory.
D. The short-term memory exists in all animals but the working memory only exists in humans.
In the drift diffusion model of decision making, dx/dt=kI+δ, if I is the information, what is δ? *94. (part 28, easy)105-Final
A. the second information
B. the brain states
C. noise
D. the decision bound.
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