We describe a tool that formally verifies ANSI-C programs. The tool implements a technique called Bounded Model Checking (BMC). In BMC, the transition relation for a complex state machine and its specification are jointly unwound to obtain a Boolean formula, which is then checked for satisfiability by using a SAT procedure. The tool supports all ANSI-C integer operators and all pointer constructs allowed by the ANSI-C standard, including dynamic memory allocation, pointer arithmetic, and pointer type casts
Abstract. C Bounded Model Checking (CBMC) has proven to be a successful approach to automatic softw...
Bounded model checking (BMC) of C/C++ programs is a matter of scientific enquiry that attracts great...
To improve automated verification techniques for ANSI-C software, I examine temporal logics for desc...
Abstract. We present a tool for the formal verification of ANSI-C programs using Bounded Model Check...
Propositional bounded model checking has been applied successfully to verify embedded software but i...
Abstract: "We present an algorithm that checks behavioral consistency between an ANSI-C program and ...
Abstract—Propositional bounded model checking has been applied successfully to verify embedded softw...
We describe an algorithm to verify a hardware design given in Verilog using an ANSI-C program as a s...
In Bounded Model Checking (BMC) a system is modeled with a finite automaton and various desired prop...
AbstractThis paper discusses our methodology for formal analysis and automatic verification of softw...
Computers have been key subsystems in various complex systems. As computers are adapted into various...
AbstractThe value of model checking counterexamples for debugging programs (and specifications) is w...
CBMC implements bit-precise bounded model checking for C programs and has been developed and maintai...
The value of model checking counterexamples for debugging programs (and specifications) is widely re...
It is common practice to write C models of circuits due to the greater simulation efficiency. Once t...
Abstract. C Bounded Model Checking (CBMC) has proven to be a successful approach to automatic softw...
Bounded model checking (BMC) of C/C++ programs is a matter of scientific enquiry that attracts great...
To improve automated verification techniques for ANSI-C software, I examine temporal logics for desc...
Abstract. We present a tool for the formal verification of ANSI-C programs using Bounded Model Check...
Propositional bounded model checking has been applied successfully to verify embedded software but i...
Abstract: "We present an algorithm that checks behavioral consistency between an ANSI-C program and ...
Abstract—Propositional bounded model checking has been applied successfully to verify embedded softw...
We describe an algorithm to verify a hardware design given in Verilog using an ANSI-C program as a s...
In Bounded Model Checking (BMC) a system is modeled with a finite automaton and various desired prop...
AbstractThis paper discusses our methodology for formal analysis and automatic verification of softw...
Computers have been key subsystems in various complex systems. As computers are adapted into various...
AbstractThe value of model checking counterexamples for debugging programs (and specifications) is w...
CBMC implements bit-precise bounded model checking for C programs and has been developed and maintai...
The value of model checking counterexamples for debugging programs (and specifications) is widely re...
It is common practice to write C models of circuits due to the greater simulation efficiency. Once t...
Abstract. C Bounded Model Checking (CBMC) has proven to be a successful approach to automatic softw...
Bounded model checking (BMC) of C/C++ programs is a matter of scientific enquiry that attracts great...
To improve automated verification techniques for ANSI-C software, I examine temporal logics for desc...