… We illustrate that we need to both model the behavior of circuit elements and specify the …
with models of circuit elements, and we compare these models with other, similar models that …

… this provides guidance about the appropriate temporal granularity to use in representing
the behavior of the circuit. These and other principles constitute the strategy of modeling for …

… The input impedance of our model neuron is represented in the circuit by an equivalent
resistor pj and an input capacitor Cj connected in parallel from the amplifier input to ground. …

… component model to handle a behavior of a particular circuit. Said differently, the component
… is a set of cells representing the voltages and currents of the circuit and a set of constraints …

… the modeling of many different electromagnetic problems. The technique can be viewed as
an approach for the electrical circuit modeling for … In order to represent the DDAE in a circuit …

… The first is the accuracy with which the circuit model represents the behavior of the actual
circuit. The second is the tractability of the analysis procedure on realistically large …

… a class of symmetries in circuit operation. The results of the serves to focus the task of
representing the circuit and application of this methodology to modeling the small-signal dynamics …

… We begin by describing how to represent circuits symbolically. This involves representing
sets of circuit states … In addition to representing sets of states of a circuit, we must be able to …

… analyze how an approximate circuit behaves with reference … circuit that represents the
behavior of the approximate circuit … error circuit that represents the error in the approximate circuit…

… In these models, the cortex represents the salience of multiple competing actions in separate
‘channels’. The primary function of the BG is to inhibit all of these channels (via tonically …