Abstract
An asymmetrical floating point array processor is a special-purpose scientific computer which operates under asymmetrical control of a host computer. Although an array processor can receive fixed point input and produce fixed point output, its primary mode of operation is floating point. The first generation of array processors was oriented towards time series information. The next generation of array processors has proved much more versatile and their applicability ranges from petroleum reservoir simulation to speech syntheses. Array processors are becoming commonplace in mining, the primary usage being construction of grids-by usual methods or by kriging. The Australian mining community is among the world's leaders in regard to computer-assisted exploration and exploitation systems. Part of this leadership role must be providing guidance to computer vendors in regard to current and future requirements.
Citation Formats
Geriepy, B L.
Asymmetrical floating point array processors, their application to exploration and exploitation.
Australia: N. p.,
1983.
Web.
Geriepy, B L.
Asymmetrical floating point array processors, their application to exploration and exploitation.
Australia.
Geriepy, B L.
1983.
"Asymmetrical floating point array processors, their application to exploration and exploitation."
Australia.
@misc{etde_5197462,
title = {Asymmetrical floating point array processors, their application to exploration and exploitation}
author = {Geriepy, B L}
abstractNote = {An asymmetrical floating point array processor is a special-purpose scientific computer which operates under asymmetrical control of a host computer. Although an array processor can receive fixed point input and produce fixed point output, its primary mode of operation is floating point. The first generation of array processors was oriented towards time series information. The next generation of array processors has proved much more versatile and their applicability ranges from petroleum reservoir simulation to speech syntheses. Array processors are becoming commonplace in mining, the primary usage being construction of grids-by usual methods or by kriging. The Australian mining community is among the world's leaders in regard to computer-assisted exploration and exploitation systems. Part of this leadership role must be providing guidance to computer vendors in regard to current and future requirements.}
place = {Australia}
year = {1983}
month = {Jan}
}
title = {Asymmetrical floating point array processors, their application to exploration and exploitation}
author = {Geriepy, B L}
abstractNote = {An asymmetrical floating point array processor is a special-purpose scientific computer which operates under asymmetrical control of a host computer. Although an array processor can receive fixed point input and produce fixed point output, its primary mode of operation is floating point. The first generation of array processors was oriented towards time series information. The next generation of array processors has proved much more versatile and their applicability ranges from petroleum reservoir simulation to speech syntheses. Array processors are becoming commonplace in mining, the primary usage being construction of grids-by usual methods or by kriging. The Australian mining community is among the world's leaders in regard to computer-assisted exploration and exploitation systems. Part of this leadership role must be providing guidance to computer vendors in regard to current and future requirements.}
place = {Australia}
year = {1983}
month = {Jan}
}