2003•Unpublished venueRequires access

Hybrid system, a new low cost parallel cluster

Leo Chin Sim, H. Schröder, Graham Leedham

Open publisher page 4 citations

Abstract

This paper describes a new parallel architectural system which we called Hybrid System. As the name implies, Hybrid System is a combination of both SIMD and MIMD systems working concurrently. This new parallel architecture has the capability of achieving speed-up rates more than MIMD can achieve alone and can also be more flexible than multiple SIMD on a single station. In this paper, we introduce our new SIMD concept and also show the contribution of the SIMD on the Hybrid System. We also developed a general formula for determining the speedup of the Hybrid System so that accurate predictions can be made on its performance. This, we establish by comparing the measured speedup with the computed speedup for a volume rendering application.

About this research paper

What this paper is about

This paper describes a new parallel architectural system which we called Hybrid System. As the name implies, Hybrid System is a combination of both SIMD and MIMD systems working concurrently. This new parallel architecture has the capability of achieving speed-up rates more than MIMD can achieve alone and can also be more flexible than multiple SIMD on a single station. In this paper, we introduce our new SIMD concept and also show the contribution of the SIMD on the Hybrid System. We also developed a general formula for determining the speedup of the Hybrid System so that accurate predictions can be made on its performance. This, we establish by comparing the measured speedup with the computed speedup for a volume rendering application.

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Available abstract

This paper describes a new parallel architectural system which we called Hybrid System. As the name implies, Hybrid System is a combination of both SIMD and MIMD systems working concurrently. This new parallel architecture has the capability of achieving speed-up rates more than MIMD can achieve alone and can also be more flexible than multiple SIMD on a single station. In this paper, we introduce our new SIMD concept and also show the contribution of the SIMD on the Hybrid System. We also developed a general formula for determining the speedup of the Hybrid System so that accurate predictions can be made on its performance. This, we establish by comparing the measured speedup with the computed speedup for a volume rendering application.

Key concepts: MIMD, Speedup, SIMD, Computer science, Parallel computing, Rendering (computer graphics), Hybrid system, Computer graphics (images)

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