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Xputer, xputer,accelerator, ALU array, ASIP, CCM, co-design, codesign,
compiler, computing, custom computing, data sequencing, data scheduling,
embedded, embedded systems, FCCM, field-programmable, field-programmable
ALU array, FPAA, FPGA, FPL, high performance, high performance computing,
high performance computers, Kress, Kress Array, Kress Machine, machine
paradigm, microprocessor, parallel, parallel computing, parallel computers,
parallelizing compiler, partitioning, placement, rALU, reconfigurable,
reconfigurable ALU, reconfigurable logic, routing, software-only accelerators,
structural programming, supercomputers, supercomputing
The Impact of Xputers
Xputers: Software-Only Speed-up to Real-Time Operation
Xputer FAQ Directory (Detailed Contents)
Xputer - The History of the Xputer Lab
Xputers: Forthcoming Books on Xputers
Xputers and related application development have many novel facets.
That's why it is fascinating to get introduced to Xputers.This is a collection
of questions and answers about Xputers, about what an Xputer is, and, what
it is not. How and where is it useful? Why is it important? Why does it
have mainstream potential?
These FAQ pages have been set up to resolve your Xputer puzzle.Our goal is it, to steadily improve this list. Are you ready to help us? Please, give us feedback: email@example.com
The Xputer is a novel hardware platform ready to serve as an extremely
powerful general purpose accelerator. It is based on a new non-von Neumann
machine paradigm featuring dramatic speed-up factors compared to implementations
on von Neumann processors.
In multimedia, high performance computer graphics, DSP and other computation-intensive application areas Xputers provide the potential to replace a whole bunch of specialized add-on hardware chips and boards by a single reconfigurable general purpose hardware platform.
Code which can be compiled and downloaded into RAM we call software.
But also field-programmable logic like the data path of an Xputer or the
circuits from Xilinx and other vendors is based on ("hidden")
RAM (configuration RAM). Hardware has become soft. It is programmable by
"structural software" (whereas von Neumann processors are programmable
by "procedural software").
Intel's Indeo video technology achieved real-time video operation procedurally on an intel 486 CPU. But not only in multimedia there are always applications, which are so computation-intensive, that even the Pentium Pro 300 MHz or the P7 are by far not sufficiently powerful - due to the well-known weaknesses of the von Neumann paradigm.
For those applications a software-only speed-up to real-time can be achieved only by using an Xputer. An Xputer may be used stand-alone (e. g. as a controller in an embedded system) or as a co-processer in a PC or a work station (e.g. as a general purpose programmable accelerator co-processor to a host like the Intel Pentium).
Since in Europe we do not have a MOSIS service and VLSI prototyping
infrastructures for universities are declining and meanwhile rotten, we
do not feel to be strong as a VLSI design crew. So we fear not to be able
to implement the newest version Kress Array at a reasonable turn-around
time. That¹s not the only reason, why we are looking for partners.
Contact us! We have a lot of know-how on all aspects of data-driven reconfigurable
general purpose accelerators, and its technology platforms, applications,
application development support tools, (programming) languages etc. Since,
disappointed by the various parallel computing scenes, funding agencies
switch over to reconfigurable systems, the time has come. For this promising
R&D area the break-through seems to be near. Academic and commercial
merits of fundamental significance are waiting for those, joining this
new motivating R&D area.
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