Understanding and developing metrics on how nanocrystals respond to local external surface stimuli at their interfaces during growth or operation is a key step in advancing scalable and deterministic approaches for fabricating functional one- and two-dimensional (1D and 2D) nanoscale networks. Here, we present early results on a general approach for surface-directed nanocrystal epitaxy on a sur...

A Triangulated Irregular Network (TIN) is a data structure that usually used for representing and storing monotone geographic surfaces, approximately. In this representation, the surface approximated by set of triangular faces whose projection on XY-plane triangulation. The visibility graph TIN vertices correspond to there an edge between two if their corresponding see each other, i.e. segment ...

This work characterizes how various network parameters influence message blocking and deadlocks in irregular networks. Information on blocking behavior is provided that is useful in making design trade-offs between restricting routing freedom and allowing the possibility for deadlocks to form in irregular networks. This paper also identifies ways in which a network’s susceptibility to deadlock ...

Interconnection networks with irregular topologies (or irregular networks) are ideal communication subsystems for workstation clusters owing to their incremental scalability. While many deadlock-free routing schemes have been proposed for regular networks such as mesh, torus, and hypercube, they cannot be applied in irregular networks. This paper presents a cost-effective routing architecture, ...

We study the relationship between stable sampling sequences for bandlimited functions in Lp(Rn) and the Fourier multipliers in Lp. In the case that the sequence is a lattice and the spectrum is a fundamental domain for the lattice the connection is complete. In the case of irregular sequences there is still a partial relationship. 2010 Mathematics Subject Classification: 42A45, 42B15, 42C15, 62...