## Abstract

A relation between the calculation processing time and the overhead of multitransputer network is studied in performing several concurrent calculations. Hardware configuration we used was a ring-type linked nine transputer network on an INMOS B008 mother board which was inserted into a slot of a personal computer compatible with IBM PC/AT. Further we used the occam2 toolset of MS-DOS version to write the calculation programs in the occam2 language. On arithmetic operations, some trigonometric and transcendental functions and numerical integrations, the calculation time and overhead were measured. The results show that the relative calculation speed is proportional to the number of transputers when the ratio of calculation time to overhead is much greater than 1.0. And the overhead is consumed in inter-communicating among transputers for the parallel calculation set-up. (author).

Inomata, Shinji;
Suzuki, Katsuo

^{[1] }- Japan Atomic Energy Research Inst., Tokai, Ibaraki (Japan). Tokai Research Establishment

## Citation Formats

Inomata, Shinji, and Suzuki, Katsuo.
Study on the concurrent calculation with a multitransputer network. Relation between processing time and overhead.
Japan: N. p.,
1992.
Web.

Inomata, Shinji, & Suzuki, Katsuo.
Study on the concurrent calculation with a multitransputer network. Relation between processing time and overhead.
Japan.

Inomata, Shinji, and Suzuki, Katsuo.
1992.
"Study on the concurrent calculation with a multitransputer network. Relation between processing time and overhead."
Japan.

@misc{etde_10111147,

title = {Study on the concurrent calculation with a multitransputer network. Relation between processing time and overhead}

author = {Inomata, Shinji, and Suzuki, Katsuo}

abstractNote = {A relation between the calculation processing time and the overhead of multitransputer network is studied in performing several concurrent calculations. Hardware configuration we used was a ring-type linked nine transputer network on an INMOS B008 mother board which was inserted into a slot of a personal computer compatible with IBM PC/AT. Further we used the occam2 toolset of MS-DOS version to write the calculation programs in the occam2 language. On arithmetic operations, some trigonometric and transcendental functions and numerical integrations, the calculation time and overhead were measured. The results show that the relative calculation speed is proportional to the number of transputers when the ratio of calculation time to overhead is much greater than 1.0. And the overhead is consumed in inter-communicating among transputers for the parallel calculation set-up. (author).}

place = {Japan}

year = {1992}

month = {Jun}

}

title = {Study on the concurrent calculation with a multitransputer network. Relation between processing time and overhead}

author = {Inomata, Shinji, and Suzuki, Katsuo}

abstractNote = {A relation between the calculation processing time and the overhead of multitransputer network is studied in performing several concurrent calculations. Hardware configuration we used was a ring-type linked nine transputer network on an INMOS B008 mother board which was inserted into a slot of a personal computer compatible with IBM PC/AT. Further we used the occam2 toolset of MS-DOS version to write the calculation programs in the occam2 language. On arithmetic operations, some trigonometric and transcendental functions and numerical integrations, the calculation time and overhead were measured. The results show that the relative calculation speed is proportional to the number of transputers when the ratio of calculation time to overhead is much greater than 1.0. And the overhead is consumed in inter-communicating among transputers for the parallel calculation set-up. (author).}

place = {Japan}

year = {1992}

month = {Jun}

}