where ν labels a vector xν = (xν1 , . . . , xνk) with components given by: xνi = νi/N. (2.3) That is, we divide our k-dimensional unit hypercube integration region into N equal pieces, evaluate f(x) at a point in each of these pieces, and take the average over all the pieces. As long as things are reasonably well-behaved, this will converge to the true value of the integral as we take more piec...

Objective: To develop a method for simulating background EEG based on the premise that the activity from synaptic excitation among populations of neurons can be modeled with the filtered output of a random number generator. Methods: The logarithm of the amplitude of activity was weighted in accordance with 1/f, the log frequency in both temporal (PSDT) and spatial (PSDX) spectra. The activity w...

Interface tension in SU(3) lattice gauge theory at finite temperatures on an N t = 2 lattice The surface tension σ of the confined-deconfined interface is calculated in pure SU(3) lattice gauge theory at finite temperatures employing the operator and integral methods on a lattice of a size 8 2 × N z × 2 with N z = 16 and 40. Analyses of non-perturbative corrections in asymmetry response functio...

The NSL Neural Simulation Language provides a platform for building neural architectures (modeling) and for executing them (simulation). NSL is based on object-oriented technology and provides modularity at all model development levels. In this chapter we discuss these basic concepts and how NSL takes advantage of them. NSL, now in its third major release, is a neural network simulator which is...