The architecture of the Intel iAPX 432 system has two major innovative characteristics: hardware support for object-oriented programming, and fault-handling mechanisms implemented on the chip. A previous paper has dealt with the former characteristic; the present paper describes the latter class of features, which allow massive redundancy to be implemented with a small number of chips. Another prominent characteristic of the iAPX 432 is the ability to automatically reconfigure itself using only hardware components; in this way the system-down periods can be much reduced and the traffic of messages reporting the occurrence of faults not recoverable by the hardware is considerably lessened.
iAPX 432 Hardware Fault-Handling Mechanisms
A Valenzano
1984
Abstract
The architecture of the Intel iAPX 432 system has two major innovative characteristics: hardware support for object-oriented programming, and fault-handling mechanisms implemented on the chip. A previous paper has dealt with the former characteristic; the present paper describes the latter class of features, which allow massive redundancy to be implemented with a small number of chips. Another prominent characteristic of the iAPX 432 is the ability to automatically reconfigure itself using only hardware components; in this way the system-down periods can be much reduced and the traffic of messages reporting the occurrence of faults not recoverable by the hardware is considerably lessened.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


