-
9
pages
-
English
-
Documents
-
2011
Description
es un proceso que integra la computación con los procesos físicos. Los computadores embebidos, el monitoreo de redes y el control de procesos físicos, usualmente tienen ciclos de retroalimentación en los que los procesos físicos afectan los cálculos, y viceversa. En este artículo se examinan los desafíos en el diseño de estos sistemas, y se plantea la cuestión de si la informática y las tecnologías de redes actuales proporcionan una base adecuada para ellos. La conclusión es que para mejorar los procesos de diseño de estos sistemas no será suficiente con elevar el nivel de abstracción o verificar, formalmente o no, los diseños en los que se basan las abstracciones de hoy. El potencial social y económico de los CPS es mucho mayor de lo que hasta el momento se ha pensado
is a process that integrates computation with physical processes. Embedded computers, network monitoring and control of physical processes, usually have feedback loops where physical processes affect computations and vice versa. This paper discusses the challenges in designing these systems and raises the question of whether computers and existing network technologies provide an adequate basis for them. The conclusion is that to improve the design processes of these systems will not be enough to raise the level of abstraction, or verify, formally or not, the designs based on today's abstractions. The social and economic potential of the CPS is much higher than hitherto thought, throughout the world are investing heavily to develop this technology, but the challenges are considerable. To realize the full potential of CPS will have to reconstruct the processes of abstraction and computer networks, and processes must be open in the middle of the principles of physical dynamics and computation.
is a process that integrates computation with physical processes. Embedded computers, network monitoring and control of physical processes, usually have feedback loops where physical processes affect computations and vice versa. This paper discusses the challenges in designing these systems and raises the question of whether computers and existing network technologies provide an adequate basis for them. The conclusion is that to improve the design processes of these systems will not be enough to raise the level of abstraction, or verify, formally or not, the designs based on today's abstractions. The social and economic potential of the CPS is much higher than hitherto thought, throughout the world are investing heavily to develop this technology, but the challenges are considerable. To realize the full potential of CPS will have to reconstruct the processes of abstraction and computer networks, and processes must be open in the middle of the principles of physical dynamics and computation.
-
Publié par
-
Publié le
01 janvier 2011
-
Langue
English