Embedded systems pose special challenges to system evolution: they're embedded in a changing environment, often interacting with evolving processes of human organizations, and thus must be verified because of their critical nature. Complicating the situation, the analyses and testing regimens used to verify them must evolve as well. Both software engineering research and industrial practice need to improve to address these problems. While admittedly underemphasized in software engineering education, system evolution is crucial, and the challenges discussed here will be addressed by improving on the initial results presented
Embedded system technology has become an important, if not dominating component in the realization o...
peer-reviewedIncreasingly software can be considered to be critical,due to the business or other fun...
We discuss the technical skills that a software engineer should possess. We take the viewpoint of a ...
Software evolution research is a thriving area of software engineering research. Recent years have s...
The paper discusses the concept of innovation experiment systems in the context of long-lived embedd...
We often trust embedded systems with mission-critical functions, and even our own lives. But the des...
Embedded computing systems are pervasive in our everyday lives, imparting digital intelligence to a ...
The phenomenon of “software evolution ” was observed back in the 1970s when the first large software...
During the last few years, software evolution research has explored new domains such as the study of...
Embedded system technology has become an important, if not dominating component in the realization o...
International audienceThis paper deals with the evolution of embedded systems software at run-time. ...
Embedded systems pose a lot of challenges to the research community, both to academia and to industr...
Long-lived software systems often undergo evolution over an extended period of time. Evolution of th...
First, we note that Evolution is one of Brooks ' [1] essential characteristics of software syst...
Embedded system technology has become an important, if not dominating component in the realization o...
peer-reviewedIncreasingly software can be considered to be critical,due to the business or other fun...
We discuss the technical skills that a software engineer should possess. We take the viewpoint of a ...
Software evolution research is a thriving area of software engineering research. Recent years have s...
The paper discusses the concept of innovation experiment systems in the context of long-lived embedd...
We often trust embedded systems with mission-critical functions, and even our own lives. But the des...
Embedded computing systems are pervasive in our everyday lives, imparting digital intelligence to a ...
The phenomenon of “software evolution ” was observed back in the 1970s when the first large software...
During the last few years, software evolution research has explored new domains such as the study of...
Embedded system technology has become an important, if not dominating component in the realization o...
International audienceThis paper deals with the evolution of embedded systems software at run-time. ...
Embedded systems pose a lot of challenges to the research community, both to academia and to industr...
Long-lived software systems often undergo evolution over an extended period of time. Evolution of th...
First, we note that Evolution is one of Brooks ' [1] essential characteristics of software syst...
Embedded system technology has become an important, if not dominating component in the realization o...
peer-reviewedIncreasingly software can be considered to be critical,due to the business or other fun...
We discuss the technical skills that a software engineer should possess. We take the viewpoint of a ...