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pages/ase2023-jf-paper20.md

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+type:: [[REVIEWS]]
+tags:: 
+year:: 2023
+venue:: [[ASE]] 
+full-title:: Fine-Grained Coverage-Based Fuzzing
+date-start:: [[26-06-2023]] - 18:23
+date-submitted::
+external-links:: [#20 - ASE'23 Journal-First (hotcrp.com)](https://ase2023-jf.hotcrp.com/review/20)
+status:: [[DONE]] 
+deadline-submission:: [[26-06-2023]] 
+file:: ![ase2023-jf-paper20.pdf](../assets/ase2023-jf-paper20_1687796607418_0.pdf)
+
+	- [[Highlights]]
+	- [[Comments]]
+		- The paper explores the application of fuzzing methods in testing software systems, focusing on the impact of finer-grained code coverage metrics on fuzzing performance and input selection for mutations. Consequently, the paper aligns with the scope of the ASE conference.
+		  The paper does not include secondary studies, and the authors explicitly state that it was published within the ACM TOSEM Registered Papers track, which requires papers to qualify as journal-first submissions. However, there is no given evidence to confirm whether the paper is currently being considered for journal-first programs in other conferences.
+		-
+	- CRITERIA
+		- The paper is in the scope of the conference, as defined in the call
+		  for ASE 2023 research papers
+		- The paper does not exclusively report a secondary study, e.g.,
+		  systematic reviews, mapping studies, surveys.
+		- The paper reports completely new research results and/or presents novel contributions that significantly extend and were not previously reported in prior work. As a rough guide, a journal-first paper should have at least 70% new content over and above the content of previous publications. As such, the expectation is that an extension of a full 8-10 page conference or workshop paper would not be deemed a journal-first paper.
+		- The paper has not been presented at, and is not under consideration for, journal-first programs of other conferences.
+-