Titlebook: Hardware and Software Architectures for Fault Tolerance; Experiences and Pers Michel Banâtre,Peter A. Lee Conference proceedings 1994 Sprin

Functional

令人悲伤

0302-9743 er of key researchers and practitioners in the area met to discuss the experiences of industrial practitioners, to provide a perspective on the state of the art of fault tolerance research, to determine whether the subject is becoming mature, and to learn from the experiences so far in order to iden

OTTER

Fault tolerant applications systems; A requirements perspective,ability requirements. Response time and availability requirements, in turn, are derived from several top-level requirements, most notably accuracy and performance requirements. This second-order requirements derivation results in a wide variety of responses in system architectures constructed to meet them.

Chemotherapy

Fault tolerance: Why should I pay for it?,ment in others? Development of fault tolerance techniques that are . to other development efforts must be a high priority. Market forces are driving a number of new technologies into products; our analysis suggests that these new technologies will change the trade-offs in both the performance cost and development cost areas.

Definitive

Two techniques for transient software error recovery,e able to mask a range of software faults that exhibit . software failures. These techniques are cost effective as they do not employ design diversity for supporting fault tolerance. In this report we discuss two such techniques that can be used to enhance the reliability of software systems.

向宇宙

A reliable client-server model on top of a micro-kernel,dard workstations and on global consistent state computation using dynamic atomic actions. The advantages of our solution are that it does not introduce RPC performance degradation and that it avoids complete duplication of workstations, thus offering a satisfactory performance/cost ratio.

Gratuitous

不吉祥的女人

Albumin

Flavouring