The hardware for a real time multiprocessor simulator (RTMPS) developed at the NASA Lewis Research Center is described. The RTMPS is a multiple microprocessor system used to investigate the application of parallel processing concepts to real time simulation. It is designed to provide flexible data exchange paths between processors by using off the shelf microcomputer boards and minimal customized interfacing. A dedicated operator interface allows easy setup of the simulator and quick interpreting of simulation data. Simulations for the RTMPS are coded in a NASA designed real time multiprocessor language (RTMPL). This language is high level and geared to the multiprocessor environment. A real time multiprocessor operating system (RTMPOS) has...
In order to meet the stringent time-critical requirements for real-time man-in-the-loop flight simul...
This paper deals with development of the real-time simulation systems. Two systems, one for supporti...
Research undertaken in 1979 into effective and appropriate mechanisms to aid in the design and const...
The Real-Time Multiprocessor Simulator (RTMPS) is a multiple microcomputer system used to investigat...
The success of the Real Time Multiprocessor Operating System (RTMPOS) in the development and evaluat...
The NASA Lewis Research Center is developing and evaluating experimental hardware and software syste...
VLSI technology, embodied in state of the art microprocessors and microcomputers, has implied a comp...
We describe a new multiprocessor implementation of a very complex research flight simulation using e...
The NASA Lewis Research Center is developing and evaluating experimental hardware and software syste...
In order to meet the stringent time-critical requirements for real-time man-in-the-loop flight simul...
With recent advances in microprocessor technology, some have suggested that modern workstations prov...
A real-time, man-in-the loop, simulation of the rotor system research aircraft (RSRA) was conducted....
A prototype of a custom designed computer to be used as a processing element in a multiprocessor bas...
The Advanced Control Technology Branch of the NASA Lewis Research Center performs research in the ar...
This report summarizes the results of NASA Contract NAS5-30905, awarded under phase 2 of the SBIR Pr...
In order to meet the stringent time-critical requirements for real-time man-in-the-loop flight simul...
This paper deals with development of the real-time simulation systems. Two systems, one for supporti...
Research undertaken in 1979 into effective and appropriate mechanisms to aid in the design and const...
The Real-Time Multiprocessor Simulator (RTMPS) is a multiple microcomputer system used to investigat...
The success of the Real Time Multiprocessor Operating System (RTMPOS) in the development and evaluat...
The NASA Lewis Research Center is developing and evaluating experimental hardware and software syste...
VLSI technology, embodied in state of the art microprocessors and microcomputers, has implied a comp...
We describe a new multiprocessor implementation of a very complex research flight simulation using e...
The NASA Lewis Research Center is developing and evaluating experimental hardware and software syste...
In order to meet the stringent time-critical requirements for real-time man-in-the-loop flight simul...
With recent advances in microprocessor technology, some have suggested that modern workstations prov...
A real-time, man-in-the loop, simulation of the rotor system research aircraft (RSRA) was conducted....
A prototype of a custom designed computer to be used as a processing element in a multiprocessor bas...
The Advanced Control Technology Branch of the NASA Lewis Research Center performs research in the ar...
This report summarizes the results of NASA Contract NAS5-30905, awarded under phase 2 of the SBIR Pr...
In order to meet the stringent time-critical requirements for real-time man-in-the-loop flight simul...
This paper deals with development of the real-time simulation systems. Two systems, one for supporti...
Research undertaken in 1979 into effective and appropriate mechanisms to aid in the design and const...