Linux was originally designed as a general purpose operating system without consideration for real-time applications. Recently, it has become more attractive to the real-time community due to its low cost and open source approach. In order to help the real-time community, we will present in this paper the practical steps required to achieve a real-time Linux by applying the PREEMPT-RT patches which will provide Linux with these capabilities. We will also focus on some of the kernel configuration that should get attention while building the kernel in order to maintain the real-time behavior of the system during runtime. DOI: 10.17762/ijritcc2321-8169.15012
In a recent paper we introduced a new model to deal with the problem of handling application timelin...
Real-time operating systems (RTOSs) are getting more and more important for different uses in indust...
Lightweight Real-Time Operating Systems have gained widespread use in implementing embedded software...
Abstract-Linux was originally designed as a general purpose operating system without consideration f...
The increasing functional and nonfunctional requirements of real-time applications, the advent of mi...
Currently, many real-time systems are implemented either by carefully crafted bare-metal software or...
Linux kernel developed and distributed in open source doesn’t support for Hard Real-time scheduling....
The mainline Linux Kernel is not designed forhard real-time systems; it only fits the requirements o...
This document describes the research results that were obtained from the development of a real-time ...
mutex, priority inversion, priority inheritance, scheduler, timing resolution In the new Linux 2.6 k...
The On board computer (OBC) of an aerospace vehicle carries out control, guidance and navigation ope...
This document describes the research results that were obtained from the development of a real-time ...
The increasing complexity of real-time systems makes it necessary to use techniques and tools that ...
In this paper we examine the soft realtime capabilities of the Linux kernel 2.4 and realtime enhance...
This article proposes an automata-based model for describing and validating sequences of kernel even...
In a recent paper we introduced a new model to deal with the problem of handling application timelin...
Real-time operating systems (RTOSs) are getting more and more important for different uses in indust...
Lightweight Real-Time Operating Systems have gained widespread use in implementing embedded software...
Abstract-Linux was originally designed as a general purpose operating system without consideration f...
The increasing functional and nonfunctional requirements of real-time applications, the advent of mi...
Currently, many real-time systems are implemented either by carefully crafted bare-metal software or...
Linux kernel developed and distributed in open source doesn’t support for Hard Real-time scheduling....
The mainline Linux Kernel is not designed forhard real-time systems; it only fits the requirements o...
This document describes the research results that were obtained from the development of a real-time ...
mutex, priority inversion, priority inheritance, scheduler, timing resolution In the new Linux 2.6 k...
The On board computer (OBC) of an aerospace vehicle carries out control, guidance and navigation ope...
This document describes the research results that were obtained from the development of a real-time ...
The increasing complexity of real-time systems makes it necessary to use techniques and tools that ...
In this paper we examine the soft realtime capabilities of the Linux kernel 2.4 and realtime enhance...
This article proposes an automata-based model for describing and validating sequences of kernel even...
In a recent paper we introduced a new model to deal with the problem of handling application timelin...
Real-time operating systems (RTOSs) are getting more and more important for different uses in indust...
Lightweight Real-Time Operating Systems have gained widespread use in implementing embedded software...