Conventional system architectures, development processes, and tool environments often produce systems which exceed cost expectations and are obsolete before they are fielded. This paper explores some of the reasons for this and provides recommendations for how we can do better. These recommendations are based on DoD and NASA system developments and on our exploration and development of system/software engineering tools
In a cooperative effort between Kennedy Space Center, Stanford University and Lockheed Space Operati...
This paper is organized into four parts. In the Gestation Phase, I describe the process of starting ...
Developing and implementing a plan for a NASA space mission can be a complicated process. The needs,...
Conventional processes often produce systems which are obsolete before they are fielded. This paper ...
The current status in the area of software development environments is assessed. The purposes of env...
This NRA effort is devoted to developing new techniques and methodologies which utilize and/or provi...
AbstractSoftware Engineering to our Planning HorizonThe Army Research Office, National Science Found...
There is increased recognition of the role of systems engineering in reducing the risk (technical, c...
Computerized environments which facilitate the development of appropriately functioning software sys...
Our success over the past ten years evaluating and developing advanced computing technologies has be...
As technology development and engineering problems have grown in complexity, technical systems have ...
NASA's operational use of advanced processor technology in space systems lags behind its commercial ...
The design realization, evaluation and modelling (DREAM) system is evaluated. A short history of the...
This investigation was undertaken to establish sufficient specifications, or standards, for minicomp...
Only a few efforts are currently underway to develop an adequate technology base for the various the...
In a cooperative effort between Kennedy Space Center, Stanford University and Lockheed Space Operati...
This paper is organized into four parts. In the Gestation Phase, I describe the process of starting ...
Developing and implementing a plan for a NASA space mission can be a complicated process. The needs,...
Conventional processes often produce systems which are obsolete before they are fielded. This paper ...
The current status in the area of software development environments is assessed. The purposes of env...
This NRA effort is devoted to developing new techniques and methodologies which utilize and/or provi...
AbstractSoftware Engineering to our Planning HorizonThe Army Research Office, National Science Found...
There is increased recognition of the role of systems engineering in reducing the risk (technical, c...
Computerized environments which facilitate the development of appropriately functioning software sys...
Our success over the past ten years evaluating and developing advanced computing technologies has be...
As technology development and engineering problems have grown in complexity, technical systems have ...
NASA's operational use of advanced processor technology in space systems lags behind its commercial ...
The design realization, evaluation and modelling (DREAM) system is evaluated. A short history of the...
This investigation was undertaken to establish sufficient specifications, or standards, for minicomp...
Only a few efforts are currently underway to develop an adequate technology base for the various the...
In a cooperative effort between Kennedy Space Center, Stanford University and Lockheed Space Operati...
This paper is organized into four parts. In the Gestation Phase, I describe the process of starting ...
Developing and implementing a plan for a NASA space mission can be a complicated process. The needs,...