A real-time operating system kernel, called the Spring kernel, that provides some of the basic support required for large, complex, next-generation real-time systems, especially in meeting timing constraints, is presented. The approach meets the need to build predictable yet flexible real-time systems. Most current real-time operating systems contain the same basic paradigms found in time-sharing operating systems and often use a basic priority-scheduling mechanism that provides no direct support for meeting timing constraints. Spring uses two criteria to classify tasks' interaction with and effects on the environment: importance and timing requirements. Implementation experience with Spring is described
Describes the design and implementation of an operating system kernel specifically designed to suppo...
The Spring system is a highly integrated collection of software and hardware that synergistically op...
Many next generation, critical, hard real--time systems will require greater flexibility, dependabil...
Next generation real-time systems will require greater flexibility and predictability than is common...
Next generation real-time systems will require greater flexibility and predictability than is common...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
In hard real-time systems, if computations do not execute before their explicit deadlines, catastrop...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
An evolution is happening in the way that operating systems support the real-time requirements of th...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
Describes the design and implementation of an operating system kernel specifically designed to suppo...
The Spring system is a highly integrated collection of software and hardware that synergistically op...
Many next generation, critical, hard real--time systems will require greater flexibility, dependabil...
Next generation real-time systems will require greater flexibility and predictability than is common...
Next generation real-time systems will require greater flexibility and predictability than is common...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
The authors discuss where current operating-system paradigms for real-time systems are inadequate an...
In hard real-time systems, if computations do not execute before their explicit deadlines, catastrop...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
This paper summarizes the state of the real-time field in the areas of scheduling and operating syst...
An evolution is happening in the way that operating systems support the real-time requirements of th...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
A flexible real-time tasking abstraction is necessary to support diversified and evolving applicatio...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
Describes the design and implementation of an operating system kernel specifically designed to suppo...
The Spring system is a highly integrated collection of software and hardware that synergistically op...
Many next generation, critical, hard real--time systems will require greater flexibility, dependabil...