A simulation-based evaluation of a disk I/O subsystem for a massively parallel computer: JUMP-1

JUMP-1 is a distributed shared-memory massively parallel computer and is composed of multiple clusters of inter-connected network called RDT (Recursive Diagonal Torus). Each cluster in JUMP-1 consists of 4 element processors, secondary cache memories, and 2 MBP (Memory Based Processor) for high-spee...

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Vydáno v:Proceedings of the 16th International Conference on Distributed Computing Systems s. 562 - 569
Hlavní autoři: Nakajo, H., Ohtani, S., Kaneda, Y.
Médium: Konferenční příspěvek
Jazyk:angličtina
japonština
Vydáno: IEEE 23.12.2002
Témata:
Application software
Cache memory
Computational modeling
Computer networks
Computer simulation
Concurrent computing
Distributed computing
High performance computing
Research and development
Systems engineering and theory
ISBN:9780818673993, 0818673990
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Abstract JUMP-1 is a distributed shared-memory massively parallel computer and is composed of multiple clusters of inter-connected network called RDT (Recursive Diagonal Torus). Each cluster in JUMP-1 consists of 4 element processors, secondary cache memories, and 2 MBP (Memory Based Processor) for high-speed synchronization and communication among clusters. The I/O subsystem is connected to a cluster via a high-speed serial link called STAFF-Link. The I/O buffer memory is mapped onto the JUMP-1 global shared-memory to permit each I/O access operation as memory access. In this paper we describe evaluation of the fundamental performance of the disk I/O subsystem using event-driven simulation, and estimated performance with a Video On Demand (VOD) application.
AbstractList JUMP-1 is a distributed shared-memory massively parallel computer and is composed of multiple clusters of inter-connected network called RDT (Recursive Diagonal Torus). Each cluster in JUMP-1 consists of 4 element processors, secondary cache memories, and 2 MBP (Memory Based Processor) for high-speed synchronization and communication among clusters. The I/O subsystem is connected to a cluster via a high-speed serial link called STAFF-Link. The I/O buffer memory is mapped onto the JUMP-1 global shared-memory to permit each I/O access operation as memory access. In this paper we describe evaluation of the fundamental performance of the disk I/O subsystem using event-driven simulation, and estimated performance with a Video On Demand (VOD) application.
Author Ohtani, S.
Nakajo, H.
Kaneda, Y.
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  surname: Kaneda
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  organization: Dept. of Comput. & Syst. Eng., Kobe Univ., Japan
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SubjectTerms Application software
Cache memory
Computational modeling
Computer networks
Computer simulation
Concurrent computing
Distributed computing
High performance computing
Research and development
Systems engineering and theory
Title A simulation-based evaluation of a disk I/O subsystem for a massively parallel computer: JUMP-1
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