Sentence examples for generic assumptions from inspiring English sources
(c) Study of the dynamics of the normal form for the bifurcation under generic assumptions on the normal form coefficients.
Working in a given conformal class, we prove existence of constant Q-curvature metrics on compact manifolds of arbitrary dimension under generic assumptions.
There are distinct differences among Ecoregions in the proportions of organic and ammoniacal N, so that generic assumptions are not appropriate.
Available closed-form solutions are either computationally complex or are based on generic assumptions that may not apply to all wireless channel environments.
(c′): Study of the dynamics of the normal form for the symmetric bifurcation under generic assumptions on the normal form coefficients (the symmetries mean that some coefficients may be zero, some are constrained to be equal while others may be forced to satisfy nontrivial and sometimes obscure algebraic relationships).
Only two rather generic assumptions are essential: i) a spatially infinite universe such as any (island) universe in MWO; the multiverse, while integral to eternal inflation, is not actually required for my argument, ii) the finiteness of the number of macroscopic histories in any finite region of spacetime.
Since this is a generic assumption on the data, we have the following result.
We also assume that the classical trajectories starting from the origin satisfy a transversality condition, a generic assumption.
Under the generic assumption that the cubic coefficient terms (a_{1},a_{2}neq0) in (2.40 - 2.41), our main result is stated thus.
The resulting application is an intelligent transportation planning system (ITPS) for a fleet of automated robot taxis, based on the generic assumption-based truth maintained Blackboard shell (GATMBS) and comprising traffic simulation models as well as various monitoring and problem-solving strategies for assignment and routing.
A generic assumption about inertial sensors is that both of ( {boldsymbol{upomega}}_{ib}^b ) and ( {mathbf{f}}_{ib}^b ) mainly suffer from the following errors: constant start-off biases, drifting bias residuals, linear scale factors, misalignments of sensor axes and random withe noise.
