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1 Linear temporal logic is an established discipline.

2 XYZ/E is the first executable temporal logic language, which can represent both of the static and dynamic aspects of program. It can describe architecture in different abstract levels.

3 This paper introduces the temporal logic language XYZ/E, and then describes the gasbumer control problem in XYZ/RBE and XYZ diagram.

4 And here is a bit of temporal logic for you. It is raining today.

5 A continuous-time temporal logic, called LTLC, is introduced in this paper for the specification and verification of reactive systems.

6 We present a dense timed interval temporal logic and exploit the decidability problem of DTITL.

7 LTLC(linear temporal logic with clocks) is a continuous-time temporal logic proposed for the specification of real-time systems.

8 Using temporal logic and algebra, a formal requirement language was presented and used to describe the formal hierarchy requirements for cryptographic protocols.

9 Linear temporal logic is a formal description language of the dynamic semantics by of the concurrent or the reactive program. It suits for precisely representing the dynamic semantics of a model.

10 We may also use the first-order temporal logic to set some specific formal systems for various fields of studies.

11 This temporal logic is determined by multiple modulation and the transfer was extended to the transition to performance.

12 For seminal work introducing temporal logic into computing science and for outstanding contributions to program and systems verification.

13 The elementary first-order temporal logic is a development of modal logic and ordinary temporal logic.

14 Compared with propositional temporal logic,(www.Sentencedict.com) it can accurately describe the time feature of digital circuits and support discrete and continuous time structure.

15 And that's because of the temporal logic that's how the logic of time works.

16 This circuit is of independence and perfectibility, hence can be used to fabricate Deka-Value logic systems and implement any Deka-Value combinatorial logic and temporal logic.

17 We introduced a method to detect feature interaction in requirements, which is based on the temporal logic language XYZ/E.

18 The systems are usually described by the timed automata and the properties are specified by the temporal logic.

19 To verify the properties of the concurrent and reactive systems based on the theorem proving approach, an axiomatization is formulized for the first order projection temporal logic (FPTL).

20 Aiming at the problems of verifying PNO, this paper introduces temporal logic to PNO model and presents a modeling and verifying method based on PNO with precise marking.

21 The verifying method verifies the consistency between the PNO and the temporal logic formula based on Symbol Model Check (SMV). The verifying method consists of three steps.

22 Scholars always tend to find out the various chains of temporal logic in their studies.

23 In this paper. the sorting process in the automated warehouse is studied in the temporal logic framework.

24 As is inherited from modal logic and another extension of mathematic logic, temporal logic assertion inference can solve such problems.

25 A new idea is presented to introduce the linear temporal logic (LTL) technology and analog information into a fault diagnosis system for high voltage (HV) transmission lines.

26 The aim of this article is to establish the completeness theorem of elementary first-order temporal logic.