Add to ORKGAll current implementations of the L4 microkernel map thread control blocks (TCBs) into a linear array in virtual memory, a decision that was originally made almost entirely for the performance advantages it offers on the Intel 486 platform. The drawback of this design choice is that page faults generated within L4 complicate the kernel and in particular its verification by formal methods
This document is a user manual for the L4 ¯-kernel. It gives an introduction to the main concepts an...
This paper describes the techniques used to achieve high context-switching performance on ARM proces...
As computer systems become increasingly mission-critical, used in life-critical situations, and reli...
The L4 microkernel has undergone 20 years of use and evolution. It has an active user and developer ...
We report on the formal, machine-checked verification of the seL4 microkernel from an abstract speci...
L4 is a small microkernel that is used as a basis for several operating systems. L4 seems an ideal ...
Microkernels are minimal but highly flexible kernels. Both conventional and non-classical operating ...
Abstract. One of the challenges in verifying systems level code is the low-level, untyped view of th...
Abstract:- As the complexity of the operating systems increases, it has been proven necessary to dev...
Complete formal verification is the only known way to guar-antee that a system is free of programmin...
Microkernel-based operating systems provide high level of protection due to the strong isolation of ...
Real-time analysis of a system requires knowledge of the worst-case execution time of all code in th...
This paper presents the experimental study of the performance of L4Linux on top of L4/Fiasco and Lin...
User Mode Linux [3] has become a convenient environment for development and testing of applications ...
Fiasco is a new implementation of the L4 microkernel interface for the x86 architecture. It is inten...
This document is a user manual for the L4 ¯-kernel. It gives an introduction to the main concepts an...
This paper describes the techniques used to achieve high context-switching performance on ARM proces...
As computer systems become increasingly mission-critical, used in life-critical situations, and reli...
The L4 microkernel has undergone 20 years of use and evolution. It has an active user and developer ...
We report on the formal, machine-checked verification of the seL4 microkernel from an abstract speci...
L4 is a small microkernel that is used as a basis for several operating systems. L4 seems an ideal ...
Microkernels are minimal but highly flexible kernels. Both conventional and non-classical operating ...
Abstract. One of the challenges in verifying systems level code is the low-level, untyped view of th...
Abstract:- As the complexity of the operating systems increases, it has been proven necessary to dev...
Complete formal verification is the only known way to guar-antee that a system is free of programmin...
Microkernel-based operating systems provide high level of protection due to the strong isolation of ...
Real-time analysis of a system requires knowledge of the worst-case execution time of all code in th...
This paper presents the experimental study of the performance of L4Linux on top of L4/Fiasco and Lin...
User Mode Linux [3] has become a convenient environment for development and testing of applications ...
Fiasco is a new implementation of the L4 microkernel interface for the x86 architecture. It is inten...
This document is a user manual for the L4 ¯-kernel. It gives an introduction to the main concepts an...
This paper describes the techniques used to achieve high context-switching performance on ARM proces...
As computer systems become increasingly mission-critical, used in life-critical situations, and reli...