Add to ORKG36 Demands of operating systems for control systems range from real-time systems to intelligent home appliances. However, what is needed depends on their applications. This paper addresses OS characteristics desired to meet above demands and proposes that such OS consists of multi servers running on state-of-the-art μ-kernel. Our OS is expected to support exten-sibility, reliability, and highly-distributed processing functionalities. Porting of Minix multi-server OS on L4μ-kernel is underway. Issues such as interrupt handling, protection, switching of address space, efficiency aspects and framework to distributed processing are also described. [キーワード
The current generation of widely-used, multi-user, general-purpose operating systems have evolved fr...
Cloud computers and multicore processors are two emerging classes of computational hardware that hav...
MINIX 3 is an open-source operating system designed to be highly reliable, flexible, and secure. The...
The ongoing transition from uniprocessor to multiprocessor computers requires support from the opera...
The current trend of using multiprocessor computers for server applications require operating system...
The operating system kernel of a multiprocessor system based on 16 bit microcomputers is described. ...
The possibilities of increased responsiveness, throughput, availability, reliability and cost-effect...
Abstract—For many years, multiserver1 operating systems have been demonstrating, by their design, hi...
characterized by multi-processor and distributed memory, High-volume, low-end systems are driving th...
The ongoing transition from uniprocessor to multiprocessor computers requires support from the opera...
Operating System (OS) kernels have been under research and development for decades, mainly assuming ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
Running untrusted user-level code inside an operating system kernel has been studied in the 1990's b...
The efficient sharing of a single server node between multiple co-located applications is increasing...
A kernel has been developed which can be used to simplify the development of control software. It ca...
The current generation of widely-used, multi-user, general-purpose operating systems have evolved fr...
Cloud computers and multicore processors are two emerging classes of computational hardware that hav...
MINIX 3 is an open-source operating system designed to be highly reliable, flexible, and secure. The...
The ongoing transition from uniprocessor to multiprocessor computers requires support from the opera...
The current trend of using multiprocessor computers for server applications require operating system...
The operating system kernel of a multiprocessor system based on 16 bit microcomputers is described. ...
The possibilities of increased responsiveness, throughput, availability, reliability and cost-effect...
Abstract—For many years, multiserver1 operating systems have been demonstrating, by their design, hi...
characterized by multi-processor and distributed memory, High-volume, low-end systems are driving th...
The ongoing transition from uniprocessor to multiprocessor computers requires support from the opera...
Operating System (OS) kernels have been under research and development for decades, mainly assuming ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
Running untrusted user-level code inside an operating system kernel has been studied in the 1990's b...
The efficient sharing of a single server node between multiple co-located applications is increasing...
A kernel has been developed which can be used to simplify the development of control software. It ca...
The current generation of widely-used, multi-user, general-purpose operating systems have evolved fr...
Cloud computers and multicore processors are two emerging classes of computational hardware that hav...
MINIX 3 is an open-source operating system designed to be highly reliable, flexible, and secure. The...