International audienceIn the software development lifecycle, errors and flaws can be introduced in the different phases and lead to failures. Establishing a set of functional requirements helps producing safe software. However, ensuring that the (being) developed software is compliant with those requirements is a challenging task due to the lack of automatic and formal means to lead this verification. In this paper, we present our approach that aims at analysing a collection of automotive requirements by using formal methods. The proposed approach for formal verification is evaluated by the application to the Automatic Park Assist (APA) function
Most of the efforts in formal methods have historically been devoted to comparing a design against a...
The ever increasing number and complexity of software-controlled features in today's automotive vehi...
The aerospace domain is a safety-critical domain. Therefore software has to be of high quality. Soft...
International audienceIn the software development lifecycle, errors and flaws can be introduced in t...
Abstract In order to achieve the highest safety integrity levels, ISO26262 recommends the use of for...
Quantity and intricacy of features implemented in vehicle have expanded rapidly over a past few year...
Product Solution (short)International audienceSafety software engineers lack automatic interaction t...
Requirement validation contributes significantly toward the success of software projects. Validating...
International audienceThe ever-increasing complexity of automotive embedded systems and the need for...
There are a number of software-controlled features in today's automotive vehicles to meet the increa...
In the modern automotive industry, feature models have been widely used as a domain-specific require...
The validation of requirements is a fundamental step in the development process of safety-critical s...
International audienceModel-Based Design with production code generation has been extensively utiliz...
We consider the failure detection and management function for engine control systems as an applicati...
The considerable effort of writing requirements is only worthwhile if the result meets two condition...
Most of the efforts in formal methods have historically been devoted to comparing a design against a...
The ever increasing number and complexity of software-controlled features in today's automotive vehi...
The aerospace domain is a safety-critical domain. Therefore software has to be of high quality. Soft...
International audienceIn the software development lifecycle, errors and flaws can be introduced in t...
Abstract In order to achieve the highest safety integrity levels, ISO26262 recommends the use of for...
Quantity and intricacy of features implemented in vehicle have expanded rapidly over a past few year...
Product Solution (short)International audienceSafety software engineers lack automatic interaction t...
Requirement validation contributes significantly toward the success of software projects. Validating...
International audienceThe ever-increasing complexity of automotive embedded systems and the need for...
There are a number of software-controlled features in today's automotive vehicles to meet the increa...
In the modern automotive industry, feature models have been widely used as a domain-specific require...
The validation of requirements is a fundamental step in the development process of safety-critical s...
International audienceModel-Based Design with production code generation has been extensively utiliz...
We consider the failure detection and management function for engine control systems as an applicati...
The considerable effort of writing requirements is only worthwhile if the result meets two condition...
Most of the efforts in formal methods have historically been devoted to comparing a design against a...
The ever increasing number and complexity of software-controlled features in today's automotive vehi...
The aerospace domain is a safety-critical domain. Therefore software has to be of high quality. Soft...