Sentence examples for mixed logic from inspiring English sources

Mixed logic with static and dynamic circuits are used.

The approach taken is based on the Mixed Logic Dynamical framework.

For such systems, numerous control-relevant modeling approaches have been reported in the literature such as mixed logic dynamical (MLD) models [1] and piece wise affine (PWA) [2] models among others.

The available methods for modeling of such systems mostly use linear models, such as Mixed Logic Dynamical Systems (MLD) and Piece Wise Affine (PWA) models which describe the evolution of states in each discrete mode using linear equations.

Besides the pure philosophical interest offered by the possibility of defining mixed logic systems in which distinct operators obey logics of different nature, as for instance erotetic logics (the logical analysis of questions) which require combining epistemic and deontic logics, there also exist many pragmatical and methodological reasons for considering combined logics.

Yet the trajectory of change in the context of mixed logics is necessarily uncertain, and other hybrid futures cannot be foreclosed.

Given a mixed-logic dynamical system, we derive an explicit controller in the form of a possibly discontinuous piecewise-affine function.

The possible natural answers to this question lead to three reasonable alternatives, respectively giving rise to point-based logics discussed above, interval-based logics, and mixed, two-sorted logics, where points and intervals are considered as separate sorts on a par and formulae for both sorts are constructed.

That is, he appeals to something like brute composition, although in this case it is mixed with fuzzy logic.

Of course, a fatwâ like this invites us to consider what logic mixed with philosophy might look like; one scholar mentioned in the study just quoted offers Baydâwî's Ascending Lights as such a logic (Baydâwî 2001).

Since LTLR generalizes and extends various state-based and event-based logics, mixed properties involving both state propositions and actions, such as fairness properties, can be naturally expressed in LTLR.