A simple and easily implementable numerical scheme using explicit finite difference methods is developed to solve the discontinuous partial differential equations.
Motivated by the inefficiency of decentralized behavior, we design an efficient and potentially implementable international scheme under which a benevolent international agency, mirrored after the Global Environment Facility, makes income transfers from Japan to China.
This paper presents two easily implementable control schemes for balancing a cart-pole system using intelligent control tools.
A class of implicit, yet explicitly implementable, numerical schemes is obtained by substituting a Maxwellian distribution in place of the high order terms in the expansion.
It is known that one of the most important and difficult problems in variational inequality theory is the development of an efficient and implementable approximation schemes for solving various classes of variational inequalities and variational inclusions.
The aim is to reduce the numerical dissipation of already existing numerical schemes to make the SSD scheme easily implementable to the existing CFD codes.
The presented approximations and variational description of the sliding mode-type control design can provide a new analytic basis for constructive numerical schemes and implementable control algorithms.
The decision on imposing these features is justified by the necessity to keep the NC scheme simple, practical, implementable, and efficient in terms of processing overhead.
Compared with the related results in the literature, this feature enables the proposed FTFT scheme to be implementable with remarkably low complexity.
The α-OFDM scheme is easily implementable as it only requires an additional time symbol rotation after the IDFT stage and a subsequent phase rotation of the cyclic prefix.
