We study a dynamic traffic assignment model, where agents base their instantaneous routing decisions on real-time delay predictions. formulate mathematically concise model and derive properties of the predictors that ensure prediction equilibrium exists. demonstrate versatility our framework by showing it subsumes well-known full information models, in addition to admitting further realistic as...

Abstract Nutraceutical industrial fenugreek seed spent (NIFGS), a relatively low-cost material abundantly available with nearly negligible toxicity for the bioremediation of malachite green (MG) dye from aqueous media, is reported. Studies on various parameters affecting adsorption capacity NIFGS were carried out to evaluate kinetics and equilibrium thermodynamics. All experiments designed at a...

Abstract A model for the emission of point defects by defect sinks is proposed object kinetic Monte Carlo simulations. Local equilibrium in vicinity ensured construction, even if elastic interactions are taken into account diffusion defects. The vacancies dislocation segments treated detail and validated numerically. then used to simulate annealing a vacancy Frank loop system containing surface...

We study the quench dynamics of $q$ Potts model on different bi/tri-dimensional lattice topologies. In particular we are interested in instantaneous quenches from $T_i \rightarrow \infty$ to $T \leq T_s$, where $T_s$ is (pseudo)-spinodal temperature. The goal explain why, large-$q$ limit, low-temperature freezes some lattices while, others, equilibrium configuration easily reached. cubic ($3d$)...

To investigate the different influencing characteristics of local scour around submarine pipelines, hydrodynamic and sediment transport two-dimensional models based on Flow-3D are used to numerically simulate pipeline under steady currents. An RNG k-ε turbulence model is applied turbulent flow field pipeline. The instantaneous shear stress bed surface taken as starting transporting conditions s...

The presentation concerns a method of wavemorphing applied to a model of the phonatory excitation, the instantaneous frequency and the harmonic richness of which are controlled. This method is based on an interpolation between the Fourier coefficients of two template waveforms. The method enables morphing continuously from one waveshape to another. Possible applications are the simulation of di...

The concepts of intrinsic mode functions and mono-components are investigated in relation to the empirical mode decomposition. Mono-components are defined to be the functions for which non-negative analytic instantaneous frequency is well defined. We show that a great variety of functions are mono-components based on which adaptive decomposition of signals are theoretically possible. We justify...

This correspondence presents an iterative instantaneous frequency (IF) estimation scheme in which successive IF estimates are obtained from the peak of the cross Wigner-Ville distribution (XWVD) using a reference signal synthesized from an initial IF estimate. Theoretical and practical aspects of performance are discussed, and compared with other methods.

In this paper we propose a new type of non-negative time-frequency distribution associated with mono-components in both the non-periodic and periodic cases, called transient time-frequency distribution (TTFD), and study its properties. The TTFD of a mono-component signal can be obtained directly through its analytic instantaneous frequency. The characteristic property of TTFD is its complete co...

In this paper, we study a general model of insider trading with random deadline, in which an has some information acquisition on risky asset at cost and noise traders trade process stochastic volatility, both types agents memory their corresponding histories described by kinds fractional Brownian motions (FBMs) Hurst parameters $ (\frac{1}{2},1) respectively. With semimartingales approximating ...