Sentence examples for tree logics from inspiring English sources

Since infinite computations are formally represented by models of the linear time logic LTL, while non-determinism modelled by branching time is an inherent feature of many computer science applications, both LTL and the computation tree logics CTL and CTL* have been very important for specification and verification of concurrent and reactive systems.

It should be noted that the increasing popularity of data-dependent decision tree logics for regulated combination of fragmentation techniques (Frese et al. 2011; Swaney et al. 2008) is triggering the development of customized pre-processing algorithms.

BET_EF is based on an Event Tree logic (Newhall and Hoblitt 2002), in which branches are logical steps from a general starting event (the onset of unrest, node 1), through specific subsequent events (the presence of magma driving the unrest, node 2), to the final outcome (the onset of an eruption, node 3), as reported in Figure 1A.

Model checking in computation tree logic is used to check the specifications for completeness and consistency.

It makes use of regression tree logic to create numerous trees in different iterations.

Experiments have been conducted on areal-time system using computation tree logic (CTL).

It is proven that stability and consistency can be formulated as computation tree logic (CTL) and linear temporal logic (LTL) properties.

Computational tree logic (CTL) is a form of temporal logic to express temporal logic formulae which can be checked by model checking software.

The absence of errors is checked via computational tree logic (CTL) (Clarke and Emerson 1982) or linear temporal logic (LTL) (Pnueli 1977) statements.

The main system processes are modeled with timed automata, and the required properties are specified using timed computation tree logic (TCTL).

The NTA model can readily be used for estimating WCET and BCET but also generalizes to verification of properties expressible in timed computation tree logic (TCTL).