TL;DR: An increased emphasis on modeling and autocoding make it easier to add software-based features and functions, driving a sea change in the way complex automotive systems are designed.
Abstract: Subtitle: An increased emphasis on modeling and autocoding make it easier to add software-based features and functions, driving a sea change in the way complex automotive systems are designed.
TL;DR: Challenges and key factors involved in the successful use of autocoding are dealt with in the automotive industry.
Abstract: The automotive industry is experiencing a paradigm shift from classic to model-based software development, in which the actual ECU code is generated straight from models. Companies all over the world have developed production software for various vehicle domains in this way. By doing so, they cut their development times and mastered constantly growing complexity. This article of dSpace deals with challenges and key factors involved in the successful use of autocoding.
TL;DR: An autocoding tool suit is presented, which supports development of state machine in a model-driven fashion, where models are central to all phases of the development process.
Abstract: This paper presents an autocoding tool suit, which supports development of state machine in a model-driven fashion, where models are central to all phases of the development process The tool suit, which is built on the Eclipse platform, provides facilities for the graphical specification of a state machine model Once the state machine is specified, it is used as input to a code generation engine that generates source code in Erlang