In [4] a nonmonotonic formalism called partial equilibrium logic (PEL) was proposed as a logical foundation for the well-founded semantics (WFS) of logic programs. PEL consists in de ning a class of minimal models, called partial equilibrium (p-equilibrium), inside a non-classical logic called HT 2. In [4] it was shown that, on normal logic programs, p-equilibrium models coincide with Przymusin...

This paper introduces a numerical variable speed limit (VSL) control method on motorway, modeled by the system of partial differential equations (PDEs) non- equilibrium continuum traffic model. The consists macroscopic simulation (i.e., solution PDEs model), introduction solution-based cost function and optimization with evolution algorithm (DE). Due to scheme, enables application wide range mo...

    Abstract   Extended Oligopoly models will be introduced and examined in which the firms might face capacity limits, thresholds for minimal and maximal moves, and antitrust thresholds in the case of partial cooperation. Similar situation occurs when there is an additional cost of output adjustment, which is discontinuous at zero due to set-up costs. In these cases the payoff functions of the...

In a recent paper published in PNAS (Golan et al. 2014), residual maximum likelihood (REML) seriously underestimated genetic variance explained by genomewide single nucleotide polymorphism when using a case-control design. It was concluded that Haseman–Elston regression (denoted as PCGC in their paper) should be used instead of REML. Their conclusions were based on results from simplified linka...

this paper presents the jeffery hamel flow of a non-newtonian fluid namely casson fluid. suitable similarity transform is applied to reduce governing nonlinear partial differential equations to a much simpler ordinary differential equation. variation of parameters method (vpm) is then employed to solve resulting equation. same problem is solved numerical by using runge-kutta order 4 method. a c...

The nonmonotonic formalism of partial equilibrium logic (PEL) was introduced and studied in [1,2] and proposed as a logical foundation for the partial stable and well-founded semantics of logic programs. Here we study further logical properties of PEL and some techniques to compute partial equilibrium models.

We address the generalized Nash equilibrium seeking problem in a partial-decision information scenario, where each agent can only exchange with some neighbors, although its cost function possibly depends on strategies of all agents. The few existing methods build projected pseudo-gradient dynamics, and require either double-layer iterations or conservative conditions step sizes. To overcome bot...