The Fault-Tolerant Multi-Processing (FTMP) test-bed data acquisition environment is described. The performance of two data acquisition devices available in the test environment are estimated and compared. These estimated data rates are used as measures of the devices' capabilities. A new data acquisition device was developed and added to the FTMP environment. This path increases the data rate available by approximately a factor of 8, to 379 KW/S, while simplifying the experiment development process
A validation methodology for testing the performance of fault-tolerant computer systems was develope...
Digital computing systems needed for Army programs such as the Computer-Aided Low Altitude Helicopte...
Documentation is presented of the December 1986 version of the ADA code for the fault detection, iso...
The FTMP architecture is a high reliability computer concept modeled after a homogeneous multiproces...
Fault-tolerant multiprocessor (FTMP) operation is discussed. Fault-modeling in the bus guardian unit...
Three experiments on fault tolerant multiprocessors (FTMP) were begun. They are: (1) measurement of ...
An investigation was made in AIRLAB of the fault handling performance of the Fault Tolerant MultiPro...
In the future, aircraft must employ highly reliable multiprocessors in order to achieve flight safet...
The Fault Tolerant Multiprocessor (FTMP) computer system was constructed using the Rockwell/Collins ...
The work reported here provides protection against software failures in the task dispatcher of the F...
In the future, aircraft employing active control technology must use highly reliable multiprocessors...
Described in detail are: (1) results obtained in modifying the onboard data management system softwa...
The FTMPS-project provides a solution to the need for faulttolerance in large systems . A complete ...
Described here is the Army Fault Tolerant Architecture (AFTA) hardware architecture and components a...
Fault Tolerance Middleware (FTM) provides a framework to run on a dedicated core of a multi-core sys...
A validation methodology for testing the performance of fault-tolerant computer systems was develope...
Digital computing systems needed for Army programs such as the Computer-Aided Low Altitude Helicopte...
Documentation is presented of the December 1986 version of the ADA code for the fault detection, iso...
The FTMP architecture is a high reliability computer concept modeled after a homogeneous multiproces...
Fault-tolerant multiprocessor (FTMP) operation is discussed. Fault-modeling in the bus guardian unit...
Three experiments on fault tolerant multiprocessors (FTMP) were begun. They are: (1) measurement of ...
An investigation was made in AIRLAB of the fault handling performance of the Fault Tolerant MultiPro...
In the future, aircraft must employ highly reliable multiprocessors in order to achieve flight safet...
The Fault Tolerant Multiprocessor (FTMP) computer system was constructed using the Rockwell/Collins ...
The work reported here provides protection against software failures in the task dispatcher of the F...
In the future, aircraft employing active control technology must use highly reliable multiprocessors...
Described in detail are: (1) results obtained in modifying the onboard data management system softwa...
The FTMPS-project provides a solution to the need for faulttolerance in large systems . A complete ...
Described here is the Army Fault Tolerant Architecture (AFTA) hardware architecture and components a...
Fault Tolerance Middleware (FTM) provides a framework to run on a dedicated core of a multi-core sys...
A validation methodology for testing the performance of fault-tolerant computer systems was develope...
Digital computing systems needed for Army programs such as the Computer-Aided Low Altitude Helicopte...
Documentation is presented of the December 1986 version of the ADA code for the fault detection, iso...