The Supercomputer Toolkit: A General Framework for Special Purpose Computing
The Toolkit is a family of hardware modules (processors, memory, interconnect, and input-output devices) and a collection of software modules (compilers, simulators, scientific libraries, and high-level front ends) from which high-performance special-purpose computers can be easily configured and programmed. The hardware modules are intended to be standard, reusable parts. These are combined by means of a user-reconfigurable, static interconnect technology. The Toolkit's software support, based on novel compilation techniques, produces extremely high-performance numerical code from high-level language input, and will eventually automatically configure hardware modules for particular applications.
"The Toolkit is a family of hardware modules (processors, memory, interconnect, and input-output devices) and a collection of software modules (compilers, simulators, scientific libraries, and high-level front ends) from which high-performance special-purpose computers can be easily configured and programmed. The hardware modules are intended to be standard, reusable parts. These are combined by means of a user-reconfigurable, static interconnect technology. The Toolkit's software support, based on novel compilation techniques, produces extremely high-performance numerical code from high-level language input, and will eventually automatically configure hardware modules for particular applications."@en
"Abstract: "The Toolkit is a family of hardware modules (processors, memory, interconnect, and input-ouput devices) and a collection of software modules (compilers, simulators, scientific libraries, and high-level front ends) from which high-performance special- purpose computers can be easily configured and programmed. The hardware modules are intended to be standard, reusable parts. These are combined by means of a user-reconfigurable, static interconnect technology. The Toolkit's software support, based on novel compilation techniques, produces extremely high-performance numerical code from high-level language input, and will eventually automatically configure hardware modules for particular applications."@en
"We have completed fabrication of the Toolkit processor module, and an eight-processor configuration is running at MIT. As a demonstration of the power of the Toolkit approach, we have used the prototype Toolkit to perform an integration of the motion of the Solar System in a computation that extends previous results by nearly two orders of magnitude.""@en
MASSACHUSETTS INST OF TECH CAMBRIDGE ARTIFICIAL INTELLIGENCE LAB.
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