Formal verification plays a crucial role in enhancing the reliability of computing systems by
mathematically checking the correctness of a program. Although recent years have …

Formal verification or formal methods represent a rising trend in approaches to correct
software construction, ie they help us answer the question of how to build software that …

The guarantees of formally verified systems are only as strong as their trusted specifications
(specs). As observed by previous studies, bugs in formal specs invalidate the assurances …

Software correctness is becoming an increasingly important concern as our society grows
more and more reliant on computer systems. From a discrepancy in units of measurement …

論文抄録 Testing and formal verification are two important techniques for software
verification and validation, but they face critical challenges. Testing shows the presence of …

The software engineering community suggests that formal specification of source code
facilitates the verification that can help to identify hidden functional errors. In this work, we …

A formally verified program is only as correct as its specifications (SPEC). But how to assure
that the SPEC is complete and free of loopholes? This paper presents Fast, short for Fuzzing …

The development of any large scale software systems often involves the discovery and
elimination of an enormous amount of bugs. Linux kernel bug tracker currently tracks 2830 …

Formal verification of software is a bit of a niche activity: it is only applied to the most safety-
critical or security-critical software and it is typically only performed by specialized …

Unlike testing, formal verification can not only prove the presence of errors, but their
absence as well, thus making it suitable for verifying safety-critical systems. Formal …