In this paper, the effect of skew angle on reinforced concrete bridge decks is presented by using grillage analogy. The actual deck system represented an equivalent longitudinal and transverse beams. A span 26m simply supported taken as case study to obtain values bending moment' s distribution versus length for one type skewness results are compared against moments right bridge. analysis were ...

Mapping virtual process topology to physical processor topology is one of the most important issues in parallel computing. The mapping problem for switch-based cluster systems of irregular topology is very complicated due to the connection irregularity and routing complexity. This paper proposes two mapping schemes for irregular cluster systems, which try to map the nearest neighbors in the pro...

We present certain mathematical aspects of an information method which was formulated in an attempt to investigate diffusion phenomena. We imagine a regular dynamical hamiltonian systems under the random perturbation of thermal (molecular) noise and chaotic motion. The random effect is taken into account via the uncertainty of irregular dynamic process produced in this way. This uncertainty due...

Knowledge discovery applications are an emerging class of irregular applications that exploit graph-based data structures, present poor locality and analyze very big data sets that require multi-node systems for processing. Current commodity clusters, which exploit cachebased processors, usually perform poorly with these applications. To address their requirements, full-custom machines, like th...

One of the main goals in design girder bridge deck systems is to determine cross-sectional distribution live loads across different girders that make up cross-section deck. Structural grillage models and current standards based on a Load Distribution Factor (LDF) provide oversized designs, as demonstrated this paper. This research introduces novel method allows decks be calculated by applying m...

This paper presents a distributed object model called MOIDE (Multithreading Object-oriented Infrastructure on Distributed Environment) for solving irregularly structured problems. The model creates an adaptive computing infrastructure for developing and executing irregular applications on distributed systems. The infrastructure allows dynamic reconfiguration to match the evolution of irregular ...