… Classifying arrays. Our goal here is classifying an array A into one of four periodicity
classes. For clarity of presentation we concentrate on square arrays. We later show how to …

… m × n rectangular arrays A of elements chosen from the alphabet Σ. Our arrays are indexed
starting at position 0, so that A [ 0 , 0 ] is the element in the upper left corner of the array A. We …

… periodicity can be as important a tool in multidimensional matching. However, multidimensional
periodicity … and analysing two-dimensional periodicity in rectangular arrays. In addition, …

… 1 where the layers have different periodicities. The elements of each layer … a rectangular
lattice structure. Suppose represents the overall periodicity (we will refer to as global periodicity …

… large or infinite arrays made of subwavelength metallic and dielectric elements, and in all
wavelength ranges, we will concentrate our discussion around infinite arrays of circular silver …

… in the presence of an infinite periodic array of obstacles of rectangular cross-section are …
not propagate energy away from the array. The periodicity of the array implies the existence of a …

… large or infinite arrays made of subwavelength metallic and dielectric elements, and in all
wavelength ranges, we will concentrate our discussion around infinite arrays of circular silver …

… On the other hand, the array factor for a rectangular array … the array factor for a circular
array and the array factor for a … the array factor of a rectangular array and the array factor of …

… theory the concepts of array elements’ periodicity with that of … can be generated from a
rectangular arrays and viceversa). The … between the periodicity of the array elements and the …

… in [25] for the interpolation of the regularized MPGF with 2-D periodicity, in this paper, we use
2-D … of regularized MPGF with 1-D periodicity). The resulting interpolating expressions for G …