Although a new design approach such as NoC is required to get a more process independent interconnection architecture, still more emphasis is put on the physical design of interconnection and more detail understanding of the physics in the interconnect of deep submicron (DSM) technology is required than before.
Iterated line digraphs have some good properties in relation to the design of interconnection networks.
The architecture and design of interconnection networks used to communicate from processor to memory, from processor to processor, and in switches and routers.
For distributed shared memory multiprocessors, the choice and the design of interconnection networks have a significant impact on their performance.
Energy-shaping (ES) control is a nonlinear control method that is based on the theoretical design of interconnection and damping assignment (IDA), which considers both the nonlinear nature of a system and the energy perspective.
Custom design of interconnection limbs and thin-film devices enables a nearly uniform lateral temperature distribution and minor alteration of the temperature field by the thermistors.
Concern about fault tolerance in the design of interconnection networks has raised interest in the study of graphs such that deleting some vertices increases the diameter only moderately.
Circulant graphs have various applications in the design of interconnection networks in parallel and distributed computing, while integral graphs play an important role in modeling quantum spin networks supporting the perfect state transfer.
Concern over fault tolerance in the design of interconnection networks has stimulated interest in finding large graphs with maximum degree Δ and diameter D such that the subgraphs obtained by deleting any set of s vertices have diameter at most D′, this value being close to D or even equal to it.
This paper introduces a new coding scheme that simultaneously tackles different design issues of interconnections such as noise, crosstalk and power consumption.
To extend the realm of application of the well known controller design technique of interconnection and damping assignment passivity-based control (IDA-PBC) of mechanical systems two modifications to the standard method are presented in this article.
