The authors discuss where current operating-system paradigms for real-time systems are inadequate and then present a novel operating-system paradigm. Some of the details of how the Spring kernel supports this novel paradigm are discussed. Immediate research goals for real-time artificial intelligence (RTAI) applications and the additional requirements and capabilities needed to support such demanding applications are listed. Extensions to the Spring system model are outlined. Also presented are scheduling algorithms used as time planners. A hypothetical example of a RTAI application shows how this relates to the Spring model
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
Speed alone is insufficient for real-time performance. We define real-time performance in terms of s...
An evolution is happening in the way that operating systems support the real-time requirements of th...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
Next generation real-time systems will require greater flexibility and predictability than is common...
A real-time operating system kernel, called the Spring kernel, that provides some of the basic suppo...
Next generation real-time systems will require greater flexibility and predictability than is common...
This paper outlines our plans for a real-time systems research program to support the longterm goal ...
The Spring system is a highly integrated collection of software and hardware that synergistically op...
The Spring real-time system and environment provides methods for program representation and correspo...
In hard real-time systems, if computations do not execute before their explicit deadlines, catastrop...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
Many next generation, critical, hard real--time systems will require greater flexibility, dependabil...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
Describes the design and implementation of an operating system kernel specifically designed to suppo...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
Speed alone is insufficient for real-time performance. We define real-time performance in terms of s...
An evolution is happening in the way that operating systems support the real-time requirements of th...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
Next generation real-time systems will require greater flexibility and predictability than is common...
A real-time operating system kernel, called the Spring kernel, that provides some of the basic suppo...
Next generation real-time systems will require greater flexibility and predictability than is common...
This paper outlines our plans for a real-time systems research program to support the longterm goal ...
The Spring system is a highly integrated collection of software and hardware that synergistically op...
The Spring real-time system and environment provides methods for program representation and correspo...
In hard real-time systems, if computations do not execute before their explicit deadlines, catastrop...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
Many next generation, critical, hard real--time systems will require greater flexibility, dependabil...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
Describes the design and implementation of an operating system kernel specifically designed to suppo...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
Speed alone is insufficient for real-time performance. We define real-time performance in terms of s...
An evolution is happening in the way that operating systems support the real-time requirements of th...