The design principles, description, functional operation, and recommended expansion and enhancements are presented for the Space Ultrareliable Modular Computer interpretive simulator. Included as appendices are the user's manual, program module descriptions, target instruction descriptions, simulator source program listing, and a sample program printout. In discussing the design and operation of the simulator, the key problems involving host computer independence and target computer architectural scope are brought into focus
The current capabilities of LSI techniques for speed and reliability, plus the possibilities of asse...
Computer programs are provided for the simulation of a unified flexible spacecraft relative to the d...
Simulation of systems at an architectural level can offer an effective way to study critical design ...
The functional requirements for the design of an interpretive simulator for the space ultrareliable ...
The highly transportable programming system designed and implemented to support the development of s...
The performance of the Meta assembler processor software package previously provided for the Space U...
The assembly, the physical and electrical characteristics, and the basic electrical tests of the Spa...
The general specifications for the design and implementation of an IBM PC/XT-based simulator of the ...
Results are presented of a study conducted with a digital simulation model being used in the design ...
An Interpretive Computer Simulator (ICS) for the NASA Standard Spacecraft Computer-II (NSSC-II) was ...
The findings of a preliminary investigation by Southwest Research Institute (SwRI) in simulation hos...
The prospective user of the shuttle operations simulation (SOS) model is given sufficient informatio...
The Training Simulation Computer Complex Study was one of three studies contracted in support of pre...
The notions, benefits, and drawbacks of numeric simulation are introduced. Two formal simulation lan...
The Space Operations Learning Center (SOLC) is a tool that provides an online learning environment w...
The current capabilities of LSI techniques for speed and reliability, plus the possibilities of asse...
Computer programs are provided for the simulation of a unified flexible spacecraft relative to the d...
Simulation of systems at an architectural level can offer an effective way to study critical design ...
The functional requirements for the design of an interpretive simulator for the space ultrareliable ...
The highly transportable programming system designed and implemented to support the development of s...
The performance of the Meta assembler processor software package previously provided for the Space U...
The assembly, the physical and electrical characteristics, and the basic electrical tests of the Spa...
The general specifications for the design and implementation of an IBM PC/XT-based simulator of the ...
Results are presented of a study conducted with a digital simulation model being used in the design ...
An Interpretive Computer Simulator (ICS) for the NASA Standard Spacecraft Computer-II (NSSC-II) was ...
The findings of a preliminary investigation by Southwest Research Institute (SwRI) in simulation hos...
The prospective user of the shuttle operations simulation (SOS) model is given sufficient informatio...
The Training Simulation Computer Complex Study was one of three studies contracted in support of pre...
The notions, benefits, and drawbacks of numeric simulation are introduced. Two formal simulation lan...
The Space Operations Learning Center (SOLC) is a tool that provides an online learning environment w...
The current capabilities of LSI techniques for speed and reliability, plus the possibilities of asse...
Computer programs are provided for the simulation of a unified flexible spacecraft relative to the d...
Simulation of systems at an architectural level can offer an effective way to study critical design ...