Finding programming errors is one of the major challenges in software development. Formal methods such as model checking have become a popular approach to address this problem because of their guarantees about error status. However, one of the greatest challenges is to have correct information about complex internal details such as mem- ory, registers, and system state. In this paper we describe the C-SMC tool and methodology developed to find programming errors in C pro- grams by leveraging statistical model checking and runtime information. Our prototype shows that our approach can complement many existing software verification tools
Fully automatic source code analysis tools based on ab-stract interpretation have become an integral...
Abstract. Counterexample driven renement is a promising technique to generate automatic abstractions...
We present a novel solution combining Large Language Model (LLM) capabilities with Formal Verificati...
Nowadays, the cost of program errors is increasing from day to day, so software reliability becomes ...
The verification of real-life C/C++ code is inherently hard. Not only are there numerous challenging...
AbstractIf a program does not fulfill a given specification, a model checker delivers a counterexamp...
Call number: LD2668 .R4 CMSC 1988 F74Master of ScienceComputing and Information Science
In the present work I study ways of checking common beginner mistakes in C language programs using s...
AbstractThis paper describes an experience in the application of the RuleBase model checker to softw...
Abstract. A method for model checking of microcontroller code is presented. The main objective is to...
Most current approaches to software verification are one-sided -- a safety prover will try to prove ...
International audienceStatistical Model Checking (SMC) is a compromise between verification and test...
Abstract. This short paper presents a prototype tool called SANTE (Static ANal-ysis and TEsting) imp...
As high-level models in C and SystemC are increasingly used for verification and even design (throug...
Unlike testing, formal verification can not only prove the presence of errors, but their absence as ...
Fully automatic source code analysis tools based on ab-stract interpretation have become an integral...
Abstract. Counterexample driven renement is a promising technique to generate automatic abstractions...
We present a novel solution combining Large Language Model (LLM) capabilities with Formal Verificati...
Nowadays, the cost of program errors is increasing from day to day, so software reliability becomes ...
The verification of real-life C/C++ code is inherently hard. Not only are there numerous challenging...
AbstractIf a program does not fulfill a given specification, a model checker delivers a counterexamp...
Call number: LD2668 .R4 CMSC 1988 F74Master of ScienceComputing and Information Science
In the present work I study ways of checking common beginner mistakes in C language programs using s...
AbstractThis paper describes an experience in the application of the RuleBase model checker to softw...
Abstract. A method for model checking of microcontroller code is presented. The main objective is to...
Most current approaches to software verification are one-sided -- a safety prover will try to prove ...
International audienceStatistical Model Checking (SMC) is a compromise between verification and test...
Abstract. This short paper presents a prototype tool called SANTE (Static ANal-ysis and TEsting) imp...
As high-level models in C and SystemC are increasingly used for verification and even design (throug...
Unlike testing, formal verification can not only prove the presence of errors, but their absence as ...
Fully automatic source code analysis tools based on ab-stract interpretation have become an integral...
Abstract. Counterexample driven renement is a promising technique to generate automatic abstractions...
We present a novel solution combining Large Language Model (LLM) capabilities with Formal Verificati...