FreeRTOS is a popular real-time and embedded operating system. Real-time software requires code reviews, software tests, and other various quality assurance activities to ensure minimal defects. This free and open-source operating system has claims of robustness and quality [26]. Real-time and embedded software is found commonly in systems directly impacting human life and require a low defect rate. In such critical software, traditional quality assurance may not suce in minimizing software defects. When traditional software quality assurance is not enough for defect removal, software engineering formal methods may help minimize defects. A formal method such as program verication is useful for proving correctness in real-time software. Micr...
If software code is developed by humans, can we as users rely on its absolute correctness?\ud \ud To...
This paper provides an experience report of using the Dafny pro- gram verifier, at the VerifyThis 2...
Real-time systems such as medical devices, surgical robots, and microprocessors are safety- critical...
FreeRTOS is a popular real-time and embedded operating system. Real-time software requires code revi...
Errors caused by the interaction of computer systems with the physical world are hard to mitigate bu...
Formal methods is an alternative way to develop software, which applies math- ematical techniques to...
We describe our experience with verifying the scheduler-related functionality of FreeRTOS, a popular...
In this talk we will demonstrate the use of formal verification techniques for embedded systems soft...
This paper reports on ongoing work towards verifying the FreeRTOS real-time operating system kernel....
A suite of verification benchmarks for software verification tools and techniques, presented at VST...
Automated verification of operating system kernels is a challenging problem, partly due to the use o...
FreeRTOS is a real-time operating system with configurable scheduling policies. Its portability and ...
Program verification assumes a formal program specification. In software-intensive systems, such spe...
Software is an increasingly integral and sophisticated part of safety- and mission-critical systems....
If software code is developed by humans, can we as users rely on its absolute correctness? Today's s...
If software code is developed by humans, can we as users rely on its absolute correctness?\ud \ud To...
This paper provides an experience report of using the Dafny pro- gram verifier, at the VerifyThis 2...
Real-time systems such as medical devices, surgical robots, and microprocessors are safety- critical...
FreeRTOS is a popular real-time and embedded operating system. Real-time software requires code revi...
Errors caused by the interaction of computer systems with the physical world are hard to mitigate bu...
Formal methods is an alternative way to develop software, which applies math- ematical techniques to...
We describe our experience with verifying the scheduler-related functionality of FreeRTOS, a popular...
In this talk we will demonstrate the use of formal verification techniques for embedded systems soft...
This paper reports on ongoing work towards verifying the FreeRTOS real-time operating system kernel....
A suite of verification benchmarks for software verification tools and techniques, presented at VST...
Automated verification of operating system kernels is a challenging problem, partly due to the use o...
FreeRTOS is a real-time operating system with configurable scheduling policies. Its portability and ...
Program verification assumes a formal program specification. In software-intensive systems, such spe...
Software is an increasingly integral and sophisticated part of safety- and mission-critical systems....
If software code is developed by humans, can we as users rely on its absolute correctness? Today's s...
If software code is developed by humans, can we as users rely on its absolute correctness?\ud \ud To...
This paper provides an experience report of using the Dafny pro- gram verifier, at the VerifyThis 2...
Real-time systems such as medical devices, surgical robots, and microprocessors are safety- critical...