William R. Bevier and Lawrence M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., December 1994. Home/Search Document Details and Download
Summary Related Articles Check |
This paper is cited in the following contexts:
A Mathematical Model of the Mach Kernel: Kernel Requests - Bevier, Smith (1994) (3 citations) Self-citation (Bevier Smith) (Correct)
No context found.
William R. Bevier and Lawrence M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., December 1994.
The Specification-Based Testing of a Trusted Kernel: MK++ - Ford, Simon, Bevier, Smith (1997) Self-citation (Bevier Smith) (Correct)
....trust requirements for the DoD and industry. A formal specification provides an abstract, unambiguous contract between user and implementor. In parallel to the development of MK , a formal specification for the interface of the Mach kernel, version 3. 0, was developed at Computational Logic (CLI) [3]. It identifies the object classes which the kernel implements, the relationships that can hold between objects, and constraints on these relations [4] It also includes temporal specifications which describe legal sequences of actions for many of the kernel requests [5] Part of this ....
W. R. Bevier and L. M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., December 1994.
Formal Methods Project Overview - Bevier, Smith, Ford, Hurley (1994) Self-citation (Bevier Smith) (Correct)
....[BS93] An implementation of these steps could be used as an interface below the level of the kernel in terms of which the kernel can be programmed. In this way, we gain confidence that the formal analysis of the model of the kernel actually applies to the implementation of the kernel. Reference [BS94a] summarizes CLI s approach to specifying the kernel. Specifications for individual kernel calls are given in [BS94c] These specifications cover a large number of the kernel calls described in the Mach kernel documentation [Loe91] We will use these abstract specifications as the basis for our ....
William R. Bevier and Lawrence M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., December 1994.
Towards Verified Virtual Memory in L4 - Gerwin Klein And (2004) (Correct)
No context found.
William R. Bevier and Lawrence M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., December 1994.
Formalising the L4 microkernel API - Rafal Kolanski Gerwin (Correct)
No context found.
W. R. Bevier and L. M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., 1994.
Formalising the L4 microkernel API - Rafal Kolanski Gerwin (Correct)
No context found.
W. R. Bevier and L. M. Smith. A mathematical model of the Mach kernel. Technical Report 102, Computational Logic, Inc., 1994.
Online articles have much greater impact More about CiteSeer.IST Add search form to your site Submit documents Feedback
CiteSeer.IST - Copyright Penn State and NEC