Shrinking development cycles for new functions are forcing software engineers to rely more and more on model-based software tools. This is evident in the automobile industry as well. To meet the various demands of development processes such as device simulation, prototyping and production code generation, stand-alone tools that permit model-based software development have become well established. This variety of disparate tools has transformed automotive software development into a discontinuous process. To address this issue, researchers at the Fraunhofer ESK created CAMoS. This framework, which is based on the standard software development tool Telelogic Rhapsody, offers automobile manufacturers an end-to-end toolchain that covers the ent...
In today’s world we see that Embedded Systems forms a major part in the life of a human being. Almos...
With increasing competitive is higher pressure for car producers. It is the reason why car producers...
With the spread of automation in driving, vehicles will have to interact more with the surrounding e...
Embedded software development for automotive applications is widely considered as a significant sour...
Modelling is an essential activity in all engineering disciplines, and automotive software engineeri...
This paper deals with recent optimization trends of model-based software development in automotive i...
Model-based development approach is gaining more support and acceptance. Its higher abstraction leve...
Over the past decades, the use of electronic systems in automotive vehicles has grown exponentially....
Abstract: Model-based development (MBD) is adopted in practice in different de-grees. A prerequisite...
Nowadays, vehicle control systems such as anti-lock braking systems, electronic stability control, a...
Over the past decades, the adoption of electronic systems for the manufacturing of automotive vehic...
High complexity of automotive embedded software has caused an increase of software development time ...
Models, formal and informal, can be used in product development for many purposes, e.g. to specify t...
The amount of software in cars grows exponentially. Driving forces of this development are cheaper a...
Abstract: Integrated model-based specification techniques facilitate the definition of seamless deve...
In today’s world we see that Embedded Systems forms a major part in the life of a human being. Almos...
With increasing competitive is higher pressure for car producers. It is the reason why car producers...
With the spread of automation in driving, vehicles will have to interact more with the surrounding e...
Embedded software development for automotive applications is widely considered as a significant sour...
Modelling is an essential activity in all engineering disciplines, and automotive software engineeri...
This paper deals with recent optimization trends of model-based software development in automotive i...
Model-based development approach is gaining more support and acceptance. Its higher abstraction leve...
Over the past decades, the use of electronic systems in automotive vehicles has grown exponentially....
Abstract: Model-based development (MBD) is adopted in practice in different de-grees. A prerequisite...
Nowadays, vehicle control systems such as anti-lock braking systems, electronic stability control, a...
Over the past decades, the adoption of electronic systems for the manufacturing of automotive vehic...
High complexity of automotive embedded software has caused an increase of software development time ...
Models, formal and informal, can be used in product development for many purposes, e.g. to specify t...
The amount of software in cars grows exponentially. Driving forces of this development are cheaper a...
Abstract: Integrated model-based specification techniques facilitate the definition of seamless deve...
In today’s world we see that Embedded Systems forms a major part in the life of a human being. Almos...
With increasing competitive is higher pressure for car producers. It is the reason why car producers...
With the spread of automation in driving, vehicles will have to interact more with the surrounding e...