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1.	Tesanovic, Aleksandra, et al. (författare) Modular verification of reconfigurable components 2005 Ingår i: Component-Based Software Development for Embedded Systems. - Berlin, Heidelberg : Springer Berlin/Heidelberg. - 9783540306443 - 9783540316145 - 3540306447 ; , s. 59-81 Bokkapitel (refereegranskat)abstract This chapter presents a framework for modular verification of reconfigurable real-time components. The framework enables proving that the reconfiguration of components via aspect weaving provides expected functional and temporal behavior in the reconfigured component. Within the framework we formally represent components and aspects as augmentations of timed automata. The verification is based on two algorithms: an algorithm that extracts necessary information into component verification interfaces, and an algorithm that checks, on an aspect, whether the property is preserved upon reconfiguration. Hence, the method ensures that components are verified only once for a particular property, while the property satisfaction under reconfiguration is checked only on aspects. Verification interfaces for a given property can be reused for multiple aspects and reconfigurations.

Tesanovic, Aleksandra, et al. (författare)
Modular verification of reconfigurable components
2005
Ingår i: Component-Based Software Development for Embedded Systems. - Berlin, Heidelberg : Springer Berlin/Heidelberg. - 9783540306443 - 9783540316145 - 3540306447 ; , s. 59-81
Bokkapitel (refereegranskat)abstract
- This chapter presents a framework for modular verification of reconfigurable real-time components. The framework enables proving that the reconfiguration of components via aspect weaving provides expected functional and temporal behavior in the reconfigured component. Within the framework we formally represent components and aspects as augmentations of timed automata. The verification is based on two algorithms: an algorithm that extracts necessary information into component verification interfaces, and an algorithm that checks, on an aspect, whether the property is preserved upon reconfiguration. Hence, the method ensures that components are verified only once for a particular property, while the property satisfaction under reconfiguration is checked only on aspects. Verification interfaces for a given property can be reused for multiple aspects and reconfigurations.

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