This paper describes an empirical study of different combination strategies to compose second-order mutants at system level as well as a cost-risk analysis of n ...
This paper describes an empirical study of different combination strategies to compose second-order mutants at system level as well as a cost-risk analysis of ...
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An empirical study of different combination strategies to compose second-order mutants at system level as well as a cost-risk analysis of n-order mutation ...
Validating Second-Order Mutation at System Level - ACM Digital Library
dl.acm.org › doi › TSE.2012.39
This paper describes an empirical study of different combination strategies to compose second-order mutants at system level as well as a cost-risk analysis of ...
This paper describes an empirical study of different combination strategies to compose second-order mutants at system level as well as a cost-risk analysis of n ...
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Apr 4, 2020 · Higher-order mutation has the potential for improving major draw- backs of traditional first-order mutation, such as by simulating more.
Abstract—Various mutation approximation techniques have been proposed in the literature in order to reduce the expenses of mutation.
The next section describes a new kind of system-level mutation. The first tool to bring mutation to the system level is Certitude [29]. Certitude applies ...
Second-order mutants (SOM) are obtained by making two syntactic changes to the original program (or applying one mutation to first-order mutants). In the ...
Abstract: Although powerful, mutation is a computationally very expensive testing technique. In fact, its three main stages (mutant generation, mutant execution ...