By Manuel Núñez, Matthias Güdemann
This e-book constitutes the lawsuits of the twentieth foreign Workshop on Formal equipment for business severe structures, FMICS 2015, Oslo, Norway, in June 2015.
The 12 papers offered during this quantity have been rigorously reviewed and chosen from 20 submissions. they're geared up in topical sections: purposes; protocols; specification and research; verification.
Read or Download Formal Methods for Industrial Critical Systems: 20th International Workshop, FMICS 2015 Oslo, Norway, June 22-23, 2015 Proceedings PDF
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Additional resources for Formal Methods for Industrial Critical Systems: 20th International Workshop, FMICS 2015 Oslo, Norway, June 22-23, 2015 Proceedings
Example text
This process makes it possible to produce constant formulas and, in the same time, reduces the number of operations in the program. Furthermore, the resulting expressions are rewritten using existing techniques for the transformation of arithmetic expressions based on the use of Abstract Program Equivalence Graphs [16,21]. We obtain the final program given in Figure 3. If we compare the resulting values x1 and x2 of Odometry1 and Odometry2, we observe that the transformation leads to a significant difference in the accuracy of the program as shown in Figure 1.
If we compare the resulting values x1 and x2 of Odometry1 and Odometry2, we observe that the transformation leads to a significant difference in the accuracy of the program as shown in Figure 1. The results show an important difference on the third or even on the second digit of the decimal values of the result. The difference in the computed trajectory (x, y) of the robot is shown in Figure 4. 3 Transformation of Expressions This section introduces related work concerning the static analysis of the accuracy and the transformation of expressions.
This proof is automatic and takes about 90 seconds. This part of the case study was mostly standard and is not presented here in detail. The second class is higher-order functions that are not atomic, so we decompose them as sequences of atomic instructions for which we simulate concurrency. We focus here on the most crucial function of the module that is in charge of setting mappings between pages. The rest of this section presents how we simulate parallelism by modeling the execution context of each thread and creating interleavings, introduces the main properties we want to verify, and describes their proof.