Add to ORKGThe availability of vector processors capable of sustaining computing rates of 10 to the 8th power arithmetic results pers second raised the question of whether peripheral storage devices representing current technology can keep such processors supplied with data. By examining the solution of a large banded linear system on these computers, it was found that even under ideal conditions, the processors will frequently be waiting for problem data
Documentation of computer programs used to study load effects on multistage space vehicle system
Data acquisition systems used in NASA's wind tunnels from the 1950's through the present time are su...
Computing is seeing an unprecedented improvement in performance; over the last five years there has ...
A number of vector supercomputers feature very large memories. Unfortunately the large capacity memo...
The basic architectures of vector and parallel computers and their properties are presented followed...
Problems which can arise with vector and parallel computers are discussed in a user oriented context...
In 1975, the National Aeronautics and Space Administration (NASA) began studies to assess the techni...
Parallel-vector supercomputers have been the workhorses of high performance computing. As expectatio...
A considerable volume of large computational computer codes were developed for NASA over the past tw...
The analysis and design of complex aerospace structures requires the rapid solution of large systems...
Scientific applications are diverse in terms of the re-source requirements, and tend to vary signifi...
Today, the field of high-speed computers and supercomputing applications is dominated by the vector-...
Scientific programs are typically characterized as floating-point intensive loop-dominated tasks wit...
The goal of NASA's Numerical Aerodynamic Simulation (NAS) Program is to provide a powerful computati...
The growing gap between sustained and peak performance for scientific applications is a well-known p...
Documentation of computer programs used to study load effects on multistage space vehicle system
Data acquisition systems used in NASA's wind tunnels from the 1950's through the present time are su...
Computing is seeing an unprecedented improvement in performance; over the last five years there has ...
A number of vector supercomputers feature very large memories. Unfortunately the large capacity memo...
The basic architectures of vector and parallel computers and their properties are presented followed...
Problems which can arise with vector and parallel computers are discussed in a user oriented context...
In 1975, the National Aeronautics and Space Administration (NASA) began studies to assess the techni...
Parallel-vector supercomputers have been the workhorses of high performance computing. As expectatio...
A considerable volume of large computational computer codes were developed for NASA over the past tw...
The analysis and design of complex aerospace structures requires the rapid solution of large systems...
Scientific applications are diverse in terms of the re-source requirements, and tend to vary signifi...
Today, the field of high-speed computers and supercomputing applications is dominated by the vector-...
Scientific programs are typically characterized as floating-point intensive loop-dominated tasks wit...
The goal of NASA's Numerical Aerodynamic Simulation (NAS) Program is to provide a powerful computati...
The growing gap between sustained and peak performance for scientific applications is a well-known p...
Documentation of computer programs used to study load effects on multistage space vehicle system
Data acquisition systems used in NASA's wind tunnels from the 1950's through the present time are su...
Computing is seeing an unprecedented improvement in performance; over the last five years there has ...