In this paper we deal with the parallel approximabil-ity of a special class of Quadratic Programming (QP), called Smooth Positive Quadratic Programming. This subclass of QP is obtained by imposing restrictions on the coeecients of the QP instance. The Smoothness condition restricts the magnitudes of the coeecients while the positiveness requires that all the coeecients be non-negative. Interest...

Quantum probability (QP) theory is a theory for how to assign probabilities to observables. In the context of physics, it has been successfully employed by researchers for over 100 years and has been the basis for some of the most impressive discoveries of the human mind (e.g., the transistor, and so the microchip, and the laser). But the applicability of QP theory is not limited to physical ph...

The problem of obtaining the maximum a posteriori estimate of a general discrete random field (i.e. a random field defined using a finite and discrete set of labels) is known to be NP-hard. However, due to its central importance in many applications, several approximate algorithms have been proposed in the literature. In this paper, we present an analysis of three such algorithms based on conve...

Let K0/Qp be a finite unramified extension and GK0 denote the Galois group Gal(Qp/K0). We show that all crystalline representations of GK0 with Hodge-Tate weights ⊆ {0, · · · , p− 1} are potentially diagonalizable.

In this paper we present an improved neural network to solve strictly convex quadratic programming(QP) problem. The proposed model is derived based on a piecewise equation correspond to optimality condition of convex (QP) problem and has a lower structure complexity respect to the other existing neural network model for solving such problems. In theoretical aspect, stability and global converge...

Quasiparticle (QP) effects play a significant role in the coherence and fidelity of superconducting quantum circuits. The Andreev bound states high-transparency Josephson junctions can act as low-energy traps for QPs, providing mechanism studying dynamics properties both QPs junction. Using locally injected thermal we study QP loss poisoning epitaxial Al-InAs incorporated interference device (S...

Because of a tripartite arterial inflow, accurate determination of canine pancreatic blood flow (QP) in experimental studies remains problematic. Assessment of blood flow using a single electromagnetic flow probe on the anterior pancreaticoduodenal artery (APDA) was compared to the radiolabeled microsphere method. Distribution of QP was based on microsphere density. QP determined simultaneously...