Add to ORKGThe reliability of device drivers is of critical importance to the overall stability of computer systems. This paper presents the software architecture used for userlevel device drivers in the Mungi operating system. We argue that this framework provides a safer environment in which to run device drivers, while making device driver implementation easier and more flexible, thus improving overall reliability of the system
The lack of well-defined protocols for interaction with the operating system is a common source of d...
This paper presents SUD, a system for running existing Linux device drivers as untrusted user-space ...
Despite decades of research in extensible operating system technology, extensions such as device dri...
The reliability of device drivers is of critical importance to the overall stability of computer sys...
This dissertation is dedicated to the problem of device driver reliability. Software defects in devi...
The driver architecture employed by modern oper-ating systems presents a safety challenge. The devic...
Device drivers are dicult to write and error-prone. They are usually written in low-level languages ...
Current operating systems lack well-defined protocols for interaction with device drivers. We argue ...
We propose a method to reuse unmodified device drivers and to improve system dependability using vir...
A device driver is a program routine that links a peripheral device to an operating system of a comp...
Run-time conflicts can affect even the most rigorously tested software systems. A reliance on execut...
This paper proposes a new approach of implementing low-level OS components, especially device driver...
Despite decades of research in extensible operating system technology, extensions such as device dri...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
Writing device drivers takes much time and requires effort because it needs knowledge of the target ...
The lack of well-defined protocols for interaction with the operating system is a common source of d...
This paper presents SUD, a system for running existing Linux device drivers as untrusted user-space ...
Despite decades of research in extensible operating system technology, extensions such as device dri...
The reliability of device drivers is of critical importance to the overall stability of computer sys...
This dissertation is dedicated to the problem of device driver reliability. Software defects in devi...
The driver architecture employed by modern oper-ating systems presents a safety challenge. The devic...
Device drivers are dicult to write and error-prone. They are usually written in low-level languages ...
Current operating systems lack well-defined protocols for interaction with device drivers. We argue ...
We propose a method to reuse unmodified device drivers and to improve system dependability using vir...
A device driver is a program routine that links a peripheral device to an operating system of a comp...
Run-time conflicts can affect even the most rigorously tested software systems. A reliance on execut...
This paper proposes a new approach of implementing low-level OS components, especially device driver...
Despite decades of research in extensible operating system technology, extensions such as device dri...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
Writing device drivers takes much time and requires effort because it needs knowledge of the target ...
The lack of well-defined protocols for interaction with the operating system is a common source of d...
This paper presents SUD, a system for running existing Linux device drivers as untrusted user-space ...
Despite decades of research in extensible operating system technology, extensions such as device dri...