By J. C. M. Baeten, W. P. Weijland (auth.), S. Kaplan, J. -P. Jouannaud (eds.)
The 1st overseas Workshop on Conditional time period Rewriting platforms came about in Orsay (University of Paris-Sud) in July 1987, and taken jointly many of the researchers concerned with the sphere. Conditional rewriting has really identified very important breakthroughs over the last years; it used to be the aim of the workshop to place the consequences jointly, to offer new, unique contributions to the area, and to debate nonetheless unsolved concerns. those contributions are stated within the lawsuits. the most questions which were addressed are the several semantics for conditional rewriting and their class, attainable extensions to the fundamental formalism, and the connection among conditional rewriting and common sense programming. additionally, more effective matters comparable to functions and implementations of conditional time period rewriting structures were addressed. Descriptions of 7 genuine structures permitting conditional rewriting are included.
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Additional resources for Conditional Term Rewriting Systems: 1st International Workshop Orsay, France, July 8–10, 1987 Proceedings
The time diagram outlined in Fig. 16 explains the stages from an effective fault to a system failure. This diagram is based on a figure from Clark and Pradhan in . It shows that an early fault detection may avoid a system failure if the time for a faulttolerance mechanism is sufficient. Therefore, on-line error detection in digital circuits is a must to fulfill the demands for the dependability in current and future embedded systems. Failure Fault occurence Error Latency Fault latency Error Effective Fault Error Activation maximum latency for FT mechanism Error detection time Failure Activation Fig.
Input Port Register File Bus A A B ALU Flags Bus B Berger Code Prediction Unit ALU control signals predicted Berger Code Shifter Berger Code Calculation Unit Register File Output Port =? load VDP start rollback no yes Fig. 17. Basic Structure of BCP for a simple Datapath If the BCP checker (consisting of the BC calculation unit and comparator) detects a difference between predicted and calculated Berger code, the word will be stored in the error vector of the data path (VDP) as a representing error vector in the case of an error-caused DP fault.
G. g. g. g. g. g. , instruction register, control logic). Control faults impact both graphs with effects which are described in the examples above. 3. On-line Check Technology for Processor Components Production test cannot ensure the level of dependability needed in safety-critical systems or systems in hostile environment. The reason is that transient effects or changed system parameters are not detectable in advance by production test techniques. The time diagram outlined in Fig. 16 explains the stages from an effective fault to a system failure.