Aspect-oriented technology is a programming paradigm that provides the user with the ability to modularize the representation of crosscutting concerns in order to maximize reusability and ensure flexibility of the software system. In this position paper we present the dynamic Weaver Framework (DWF), which is an aspect-oriented framework that supports the dynamic attachment and detachment of asp...

I calculate the quark-gluon vertex of the tensor type Γ(p,q) = g3(p,q)p4 / q, vector type g2(p,q)q and scalar type g1(p,q), for a small spacial momentum transfer q = q using the gauge configuration of the Domain Wall Fermion (DWF) provided by the RBC-UKQCD collaboration. The quark propagator of Coulomb gauge in the cylinder cut, i.e. the four momentum p is directed along the diagonal of the hyp...

In this paper, a multi-scale image fusion method based on discrete wavelet frame (DWF) is proposed for merging a high-resolution panchromatic image and a low-resolution multispectral image. The downampling process is avoided by using discrete wavelet frame decomposition. It leads to translation invariant and is available for the image fusion. The lowfrequency part of the panchromatic image is d...

The principal sources and pathways of pharmaceutical and personal product (PPCP) compounds within an urban drainage system are identified with combined sewer discharges from households and infiltration from landfill/land sludge applications constituting major routeways. Illicit connections, sewer exfiltration and reclaimed domestic wastewaters comprise potentially significant other contaminant ...

The RBC collaboration has performed simulations with domain wall fermions (DWF) and the DBW2 gauge action and presented results for weak matrix elements. This report focuses on the chiral condensate 〈ψ̄ψ〉 and exploits nonperturbative renormalization calculations to get physical values for both quenched and dynamical fermions. The simulation details are given the Table 1. Two lattice volumes are ...

To enhance the navigation performance and robustness of system combining ultrawideband (UWB) inertial systems (INS) under complex indoor environments, an improved method—Allan variance (AV) to assist a modified adaptive extended Kalman Filter based on dynamic weight function (DWF-MAEFF)—is proposed. Firstly, AV is used INS error dynamics by modeling stochastic noise sensor; which can compensate...

We report on progress and future plans for calculating kaon weak matrix elements for ǫ ′ /ǫ using staggered fermions. The first goal of this project is to provide a check of the results (ǫ ′ /ǫ < 0) obtained using quenched Domain Wall fermions (DWF) by the CP-PACS [1] and RBC [2] collaborations. The second goal is to extend the work to dynami-cal simulations, since quenched approximation is lik...