Testing real-time vehicular systems challenges the tester to design test cases for concurrent and sequential input events, emulating unexpected user and usage profiles. The vehicle response should be robust to unexpected user actions
In many areas, such as automotive, healthcare, or production, we find software-intensive systems w...
Modern automotive systems utilize a large number of embedded processors to perform computation, cont...
With the introduction of vehicular digitization and automation, there has been significant growth in...
Automotive electronic control systems are expected to respond to input demands in real-time (circa: ...
Automotive electronic control systems are expected to respond to input demands in real-time (circa: ...
The increasing use of distributed functions in vehicles can introduce unexpected and undesirable eme...
The automotive industry has always had a strong pressure of ensuring that only high quality software...
Autonomous driving is expected to significantly improve road safety. Carmakers are conducting extens...
In many areas, such as automotive, healthcare, or production, we find softwareintensive systems with...
Autonomous systems must successfully operate in complex time-varying spatial environments even when ...
In a current premium vehicle the infotainment system is typically implemented as a distributed syste...
Embedded systems like those used in automobiles have two peculiar attributes - they are reactive sys...
Autonomous vehicles (AV) have the potential to improve road transport, but faults in the autonomous ...
In many areas, such as automotive, healthcare, or production, we find softwareintensive systems with...
In-vehicle technologies are essential for vehicle safety. This project, Quantitative Driver Behavior...
In many areas, such as automotive, healthcare, or production, we find software-intensive systems w...
Modern automotive systems utilize a large number of embedded processors to perform computation, cont...
With the introduction of vehicular digitization and automation, there has been significant growth in...
Automotive electronic control systems are expected to respond to input demands in real-time (circa: ...
Automotive electronic control systems are expected to respond to input demands in real-time (circa: ...
The increasing use of distributed functions in vehicles can introduce unexpected and undesirable eme...
The automotive industry has always had a strong pressure of ensuring that only high quality software...
Autonomous driving is expected to significantly improve road safety. Carmakers are conducting extens...
In many areas, such as automotive, healthcare, or production, we find softwareintensive systems with...
Autonomous systems must successfully operate in complex time-varying spatial environments even when ...
In a current premium vehicle the infotainment system is typically implemented as a distributed syste...
Embedded systems like those used in automobiles have two peculiar attributes - they are reactive sys...
Autonomous vehicles (AV) have the potential to improve road transport, but faults in the autonomous ...
In many areas, such as automotive, healthcare, or production, we find softwareintensive systems with...
In-vehicle technologies are essential for vehicle safety. This project, Quantitative Driver Behavior...
In many areas, such as automotive, healthcare, or production, we find software-intensive systems w...
Modern automotive systems utilize a large number of embedded processors to perform computation, cont...
With the introduction of vehicular digitization and automation, there has been significant growth in...
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