Abstract
The vector processing time chart analysis program (VTAP) is a software simulator used to simulate the vector processing (VP) series and other similar computers. This simulator was developed to enhance compiler technologies and user programming skills, and also to advance data acquisition for the development of new vector computers. In this paper, the hardware and operations of the VP series computer are discussed, with the corresponding VTAP functions and simulation contents being explained. VTAP simulation accuracy is investigated by comparing the VTAP estimated program processing time with the measured time in the VP400 and VP200 models. The obtained VTAP simulation accuracy is reported to be 95 % or so. This shows that the efficiency and economy of the VTAP are excellent with taking the time of CPU occupied for the simulation into consideration. 13 refs., 12 figs.
Miyoshi, H;
[1]
Hatama, H;
Karube, Y
[2]
- National Aerospace Laboratory, Tokyo (Japan)
- Fujitsu Ltd., Tokyo (Japan)
Citation Formats
Miyoshi, H, Hatama, H, and Karube, Y.
Vector processing time chart analysis program (VTAP) simulation of vector processing computers; Vector keisanki no vector shori ni taisuru software simulator VTAP.
Japan: N. p.,
1991.
Web.
Miyoshi, H, Hatama, H, & Karube, Y.
Vector processing time chart analysis program (VTAP) simulation of vector processing computers; Vector keisanki no vector shori ni taisuru software simulator VTAP.
Japan.
Miyoshi, H, Hatama, H, and Karube, Y.
1991.
"Vector processing time chart analysis program (VTAP) simulation of vector processing computers; Vector keisanki no vector shori ni taisuru software simulator VTAP."
Japan.
@misc{etde_10149804,
title = {Vector processing time chart analysis program (VTAP) simulation of vector processing computers; Vector keisanki no vector shori ni taisuru software simulator VTAP}
author = {Miyoshi, H, Hatama, H, and Karube, Y}
abstractNote = {The vector processing time chart analysis program (VTAP) is a software simulator used to simulate the vector processing (VP) series and other similar computers. This simulator was developed to enhance compiler technologies and user programming skills, and also to advance data acquisition for the development of new vector computers. In this paper, the hardware and operations of the VP series computer are discussed, with the corresponding VTAP functions and simulation contents being explained. VTAP simulation accuracy is investigated by comparing the VTAP estimated program processing time with the measured time in the VP400 and VP200 models. The obtained VTAP simulation accuracy is reported to be 95 % or so. This shows that the efficiency and economy of the VTAP are excellent with taking the time of CPU occupied for the simulation into consideration. 13 refs., 12 figs.}
place = {Japan}
year = {1991}
month = {Feb}
}
title = {Vector processing time chart analysis program (VTAP) simulation of vector processing computers; Vector keisanki no vector shori ni taisuru software simulator VTAP}
author = {Miyoshi, H, Hatama, H, and Karube, Y}
abstractNote = {The vector processing time chart analysis program (VTAP) is a software simulator used to simulate the vector processing (VP) series and other similar computers. This simulator was developed to enhance compiler technologies and user programming skills, and also to advance data acquisition for the development of new vector computers. In this paper, the hardware and operations of the VP series computer are discussed, with the corresponding VTAP functions and simulation contents being explained. VTAP simulation accuracy is investigated by comparing the VTAP estimated program processing time with the measured time in the VP400 and VP200 models. The obtained VTAP simulation accuracy is reported to be 95 % or so. This shows that the efficiency and economy of the VTAP are excellent with taking the time of CPU occupied for the simulation into consideration. 13 refs., 12 figs.}
place = {Japan}
year = {1991}
month = {Feb}
}