Add to ORKGAdvanced Information Processing System (AIPS) is a computer systems philosophy, a set of validated hardware building blocks, and a set of validated services as embodied in system software. The goal of AIPS is to provide the knowledgebase which will allow achievement of validated fault-tolerant distributed computer system architectures, suitable for a broad range of applications, having failure probability requirements of 10E-9 at 10 hours. A background and description is given followed by program accomplishments, the current focus, applications, technology transfer, FY92 accomplishments, and funding
A fault-tolerant multiprocessor architecture is reported. This architecture, together with a compreh...
This volume is concerned with the architecture of a fault tolerant digital computer for an advanced ...
Advanced On-board Processor the (AOP) uses large scale integration throughout and is the most advanc...
Digital computing systems needed for Army programs such as the Computer-Aided Low Altitude Helicopte...
The Architecture for Survivable System Processing (ASSP) Program is a multi-phase effort to implemen...
The Parallel Architectures for Planetary Exploration Requirements (PAPER) project is essentially res...
Documentation is presented of the December 1986 version of the ADA code for the fault detection, iso...
Presented is an advanced, fault-tolerant multiprocessor avionics architecture as could be employed i...
The details of a hardware implementation of a representative small scale flight critical system is d...
Described here is the Army Fault Tolerant Architecture (AFTA) hardware architecture and components a...
The goal of the Advanced On-Board Processor (AOP) development program is to design, build, and fligh...
The Autonomous Power System (APS) project at NASA Lewis Research Center is designed to demonstrate t...
The AI Bus architecture is layered, distributed object oriented framework developed to support the r...
The goal of the Autonomous Power System (APS) program is to develop and apply intelligent problem so...
Our success over the past ten years evaluating and developing advanced computing technologies has be...
A fault-tolerant multiprocessor architecture is reported. This architecture, together with a compreh...
This volume is concerned with the architecture of a fault tolerant digital computer for an advanced ...
Advanced On-board Processor the (AOP) uses large scale integration throughout and is the most advanc...
Digital computing systems needed for Army programs such as the Computer-Aided Low Altitude Helicopte...
The Architecture for Survivable System Processing (ASSP) Program is a multi-phase effort to implemen...
The Parallel Architectures for Planetary Exploration Requirements (PAPER) project is essentially res...
Documentation is presented of the December 1986 version of the ADA code for the fault detection, iso...
Presented is an advanced, fault-tolerant multiprocessor avionics architecture as could be employed i...
The details of a hardware implementation of a representative small scale flight critical system is d...
Described here is the Army Fault Tolerant Architecture (AFTA) hardware architecture and components a...
The goal of the Advanced On-Board Processor (AOP) development program is to design, build, and fligh...
The Autonomous Power System (APS) project at NASA Lewis Research Center is designed to demonstrate t...
The AI Bus architecture is layered, distributed object oriented framework developed to support the r...
The goal of the Autonomous Power System (APS) program is to develop and apply intelligent problem so...
Our success over the past ten years evaluating and developing advanced computing technologies has be...
A fault-tolerant multiprocessor architecture is reported. This architecture, together with a compreh...
This volume is concerned with the architecture of a fault tolerant digital computer for an advanced ...
Advanced On-board Processor the (AOP) uses large scale integration throughout and is the most advanc...