In models previously presented for reliability optimization of series-parallel systems, there is a restricting assumption based on which all components of a subsystem must be homogeneous.
This is a restricting assumption.
Furthermore, there is no restricting assumption for the locations of nonzero coefficients in the sparsity domain; i.e., the locations should not follow a specific pattern such as lowpass or multiband structure.
Our model handles interference effects without any restricting assumptions, provides universal scalable and incentive-compatible allocation and pricing mechanisms.
However, there are no restricting assumptions to the degree of miscibility between the fluids involved in the simulations.
Most methods are restricted by assumptions on the number of targets, statistical properties of observations, and number of possible measurements.
On the other hand, estimation of divergence and rotation by seismic gradiometry, newly proposed in this study, is not restricted by assumptions about wave behavior.
However, the applicability of this method is restricted by assumptions requiring the kernel and objective functions to be continuous and differentiable, as well as the dataset being separable.
In response to this problem, Christensen (2004) modified his argument by restricting the assumption about the sanctioning of bets to "simple agents" who value only money, value it linearly, etc., so that monetary payoffs function as utilities for them.
Although endothelial cell colony-forming units (CFUs) are widely accepted as an estimate of EPC number and function in cell culture, some important limitations may restrict the assumption that endothelial cell CFUs accurately reflect EPC numbers.
