The message passing microkernel based operating system is a class of operating system in which the policies are implemented using servers whose co-operation is supported by using a small hardware dependent layer called a microkernel. This thesis addresses the issue of reducing the performance deficiency by documenting the synthesis, development, implementation and assessment of a methodology and mechanisms for monitoring the performance of a message passing microkernel based operating system and supported processes. The methodology has been extensively evaluated to ensure that it can be used successfully to monitor performance
Recent microprocessor advances have significantly improved the capabilities of on-chip performance m...
The advantages in modularity and power of microkernel-based operating systems such as Mach 3.0 are w...
The aim of this project was to produce a Unix implementation of the Penny and Ashton[Penny86, 87] pe...
The microkernel system (as opposite to monolithic systems) has been developed for several years, wit...
This thesis presents a new measurement methodology especially designed to improve the performance of...
This thesis discusses the area of microkernel based operating systems. The first part is focused on ...
The microkernel architecture has been investigated by both industries and the academia for the devel...
This study presents a specification for the design of file system performance metrics. Standard syst...
The use of hardware to perform part of central processing unit (CPU) processing functions is a conso...
Microkernels were invented as a foundation for systems that can be tailored and adhere to strict sec...
The final copy of this thesis has been examined by the signatories, and we find that both the conten...
This thesis presents the I/O layer of Linux kernel and shows various tools for tuning and optimizati...
Abstract—This paper presents an operating system API for monitoring hardware events specifically des...
As useful as performance counters are, the meaning of reported aggregate event counts is sometimes q...
In this paper we present the state of our work on runtime monitoring for real-time systems: a way to...
Recent microprocessor advances have significantly improved the capabilities of on-chip performance m...
The advantages in modularity and power of microkernel-based operating systems such as Mach 3.0 are w...
The aim of this project was to produce a Unix implementation of the Penny and Ashton[Penny86, 87] pe...
The microkernel system (as opposite to monolithic systems) has been developed for several years, wit...
This thesis presents a new measurement methodology especially designed to improve the performance of...
This thesis discusses the area of microkernel based operating systems. The first part is focused on ...
The microkernel architecture has been investigated by both industries and the academia for the devel...
This study presents a specification for the design of file system performance metrics. Standard syst...
The use of hardware to perform part of central processing unit (CPU) processing functions is a conso...
Microkernels were invented as a foundation for systems that can be tailored and adhere to strict sec...
The final copy of this thesis has been examined by the signatories, and we find that both the conten...
This thesis presents the I/O layer of Linux kernel and shows various tools for tuning and optimizati...
Abstract—This paper presents an operating system API for monitoring hardware events specifically des...
As useful as performance counters are, the meaning of reported aggregate event counts is sometimes q...
In this paper we present the state of our work on runtime monitoring for real-time systems: a way to...
Recent microprocessor advances have significantly improved the capabilities of on-chip performance m...
The advantages in modularity and power of microkernel-based operating systems such as Mach 3.0 are w...
The aim of this project was to produce a Unix implementation of the Penny and Ashton[Penny86, 87] pe...