If the time- and frequency-domain parameters of the raised cosine filter are taken as a standard, the aim of this paper is to formulate an alternative Nyquist filter definition that reasonably balances the parameters in favor of filter stop-band attenuation, which is directly related to an adjacent channel power as one of the most critical parameters of the several practical applications.
The effect of harvesting the prey, predator or both on the stability of the system depends on a pretty fine-tuned balancing of the parameter values and also on which functions/functional responses are chosen to represent the ecological harvesting policy [39].
The Jacobian matrix ( A) and the matrix of first derivatives of the mass balances w.r.t the parameter values ( B) (whose columns are denoted by bj) are given by: <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0002016.e004.PNG" class= inline-graphic"/> where x denotes a point along the nominal or unperturbed system solution.
Essentially, we consider model complexity and information content of data to be balanced, if the parameter estimation yields unique values for all estimated parameters, or equivalently, sufficiently small coefficients of variation for all estimated parameters.
These two contributions to the cost function are balanced by the parameter 0 ≤ λ < 1 to favor either good matching of the warped and reference sequences (λ = 0) or the temporal integrity of the warped sequence (λ → 1).
The results presented express that the Nyquist -filter represents an alternative balance between the parameters studied and can be an option in applications that require higher stop-band attenuation as well as a low level of residual intersymbol interference.
Table 1 illustrates that both groups were relatively well balanced for the parameters assessed, except for gender.
If a one component bilayer system is balanced, the order parameter for the electron-hole pairing is maximum.
To achieve perfect balancing, the system parameters must lie in the stable region of the perfect balancing configuration in the parameter space.
The increasing reservation profit of the supplier decreases the lower bound and the upper bound of the balance parameter.
The impact of the phase noise and the additive (thermal) noise can be balanced by tuning the parameter.
