Understanding how a system component can interact with other services can take an immeasurable amount of time. Reverse engineering embedded and large systems can rely on understanding how components interact with one another. This process is time consuming and can sometimes be generalized through certain behavior.We will be explaining two such complicated systems and highlighting similarities between them. We will show that through static analysis you can capture compiler behavior and apply it to the understanding of a function, reducing the total time required to understand a component of whichever system you are learning
Static analysis of a program allows to predict the properties of its executions without actually exe...
AbstractWe examine the problem of automatically extracting a static semantics from a language's sema...
In this paper we demonstrate how static concurrency analysis techniques can be used to verify applic...
Traditional static code analysis encompasses a mature set of techniques for helping understand and o...
While industrial-strength static analysis over large, real-world codebases has become commonplace, s...
Static analysis on source code or binary code retrieves information about a software program. In obj...
International audienceIn this document, we use the Abstract Interpretation framework to analyze conc...
Ghidra, National Security Agency’s powerful reverse engineering framework, was recently released ope...
International audienceIn the realm of embedded critical systems, it is crucial to guarantee the corr...
International audienceA certified static analysis is an analysis whose semantic validity has been fo...
Static analysis is the name given to a number of compile time analysis techniques used to automatica...
International audienceWe show that abstract interpretation-based static program analysis can be made...
We show that abstract interpretation-based static program analysis can be made ecient and precise en...
Static code analysis is a powerful approach to detect quality deficiencies such as performance bottl...
International audienceThe aim of static analysis is to infer invariants about programs that are tigh...
Static analysis of a program allows to predict the properties of its executions without actually exe...
AbstractWe examine the problem of automatically extracting a static semantics from a language's sema...
In this paper we demonstrate how static concurrency analysis techniques can be used to verify applic...
Traditional static code analysis encompasses a mature set of techniques for helping understand and o...
While industrial-strength static analysis over large, real-world codebases has become commonplace, s...
Static analysis on source code or binary code retrieves information about a software program. In obj...
International audienceIn this document, we use the Abstract Interpretation framework to analyze conc...
Ghidra, National Security Agency’s powerful reverse engineering framework, was recently released ope...
International audienceIn the realm of embedded critical systems, it is crucial to guarantee the corr...
International audienceA certified static analysis is an analysis whose semantic validity has been fo...
Static analysis is the name given to a number of compile time analysis techniques used to automatica...
International audienceWe show that abstract interpretation-based static program analysis can be made...
We show that abstract interpretation-based static program analysis can be made ecient and precise en...
Static code analysis is a powerful approach to detect quality deficiencies such as performance bottl...
International audienceThe aim of static analysis is to infer invariants about programs that are tigh...
Static analysis of a program allows to predict the properties of its executions without actually exe...
AbstractWe examine the problem of automatically extracting a static semantics from a language's sema...
In this paper we demonstrate how static concurrency analysis techniques can be used to verify applic...