A number of new distributed file systems have been developed, but the development of such file systems is not a simple task because it requires the operating system kernel to be modified. We have therefore developed the CAPELA operating system, which makes distributed file systems easy to develop. CAPELA allows the users to develop a file system as an extension module separated from the kernel, and protects the kernel from erroneous extension modules by a new fail-safe mechanism, called multi-level protection. The multi-level protection can avoid unnecessary performance degradation by enabling the protection level to be changed without modifying the source code of the module. We have implemented the CAPELA operating system on the basis of N...
The architecture of traditional operating systems relies on address-based memory protection. To achi...
The vast majority of hosts on the Internet, including mobile clients, are running one of three commo...
The purpose of this final year project was to study the Linux security mechanism. The aim was to lea...
In the past five years, distributed operating systems re-search has gone through a consolidation pha...
The OS kernel should provide a framework with which programmers can easily implement an efficient fi...
In the past five years, distributed operating systems research has gone through a consolidation phas...
In this paper we show how to extend the functionality of standard operating systems completely at th...
Scalable distributed systems, systems whose processing power remains proportional to the number of c...
Abstract: We survey four secure fault-tolerance distributed file systems: Farsite, OceanStore, Ivy, ...
Virtualization has provided a vehicle for people to gain flexibility and security in utilizing compu...
In the software world, high complexity of a problem solution comes along with a high risk for bugs a...
This paper analyzes recent research in the field of distributed file systems, with a particular emph...
A Distributed Computer System (DCS) is composed of several relatively economical workstations interc...
This dissertation is about the implementation and integration of the interactive markup language to ...
The ideal distributed file system would provide all its users with coherent, shared access to the sa...
The architecture of traditional operating systems relies on address-based memory protection. To achi...
The vast majority of hosts on the Internet, including mobile clients, are running one of three commo...
The purpose of this final year project was to study the Linux security mechanism. The aim was to lea...
In the past five years, distributed operating systems re-search has gone through a consolidation pha...
The OS kernel should provide a framework with which programmers can easily implement an efficient fi...
In the past five years, distributed operating systems research has gone through a consolidation phas...
In this paper we show how to extend the functionality of standard operating systems completely at th...
Scalable distributed systems, systems whose processing power remains proportional to the number of c...
Abstract: We survey four secure fault-tolerance distributed file systems: Farsite, OceanStore, Ivy, ...
Virtualization has provided a vehicle for people to gain flexibility and security in utilizing compu...
In the software world, high complexity of a problem solution comes along with a high risk for bugs a...
This paper analyzes recent research in the field of distributed file systems, with a particular emph...
A Distributed Computer System (DCS) is composed of several relatively economical workstations interc...
This dissertation is about the implementation and integration of the interactive markup language to ...
The ideal distributed file system would provide all its users with coherent, shared access to the sa...
The architecture of traditional operating systems relies on address-based memory protection. To achi...
The vast majority of hosts on the Internet, including mobile clients, are running one of three commo...
The purpose of this final year project was to study the Linux security mechanism. The aim was to lea...