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QuoteRef: englDR12_1995
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ACM references a-e
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operating system kernel
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security by capabilities
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non-preemptive task scheduling
Topic:
plan-based task scheduling
Reference
Engler, D.R., Kaashoek, M.F., O'Toole, J., Jr., "Exokernel: an operating system architecture for application- level resource management", Operating Systems Review, 29, 5, December 1995, ACM Press (SIGOPS), pp. 251-266. Google
Other Reference
Proc of the Fifteenth ACM Symposium on Operating Systems Principles
251 ;;Quote: traditional operating systems hide information about machine resources with high-level abstractions; prevents domain-specific optimization and discourages alternatives
251 ;;Quote: an exokernel separates protection of a physical resource from its management; an exokernel does not provide high-level concepts such as windows and files
251 ;;Quote: an exokernel exports secure binds to hardware resources with cooperative resource revocation and forced revocation
252 ;;Quote: an exokernel allows much faster protected control transfers and exception dispatch; five to seven times faster than the best reported implementation
253 ;;Quote: exokernel interfaces are non-portable; use an library operating system to implement a standard interface
255 ;;Quote: an exokernel uses capabilities to guard access to physical memory pages
263 ;;Quote: Aegis provides 'yield' to prematurely end a time slice; allows applications to implement a scheduling algorithm; e.g., deterministic, proportional-share, stride scheduling
ThesaHelp: ACM references a-e (259 items)
ThesaHelp: references e-f (168 items)
Topic: operating system kernel (67 items)
Topic: security by capabilities (65 items)
Topic: non-preemptive task scheduling (16 items)
Topic: plan-based task scheduling (13 items)