Process for the automatic production of a processor from a machine description
OwnerGordon Cichoninventor
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OwnerGordon Cichoninventor
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The invention is based on the task to undertake machine descriptions, with which an automated optimal hardware design of SIMD processors can be carried out. This is solved by the fact that functional units are selected from a criterion in the machine description, which is vector processible. A first or second reduced functional unit are selectively defined from a respective vector-processing functional unit, in which the reduced functional units process only a data element of a vectoral value. All reduced functional units, which use common control signals for the processing of a respective data element belonging to the vectoral value, are condensed to a disk. Reduced functional units, which process the same data elements in a sequence at least indirectly, are condensed to a disk module. The disk is reproduced with the contained reduced functional units so often that all reduced functional units represent the functionality of their respective selected vector-processing functional unit.
A process for the production of an SIMD processor, which contains common control signal sharing disks for the processing of different data respectively, in which the geometry of the processor is produced at least indirectly from a machine description, which consists of a database, contains definitions of several functional units, consist of at least parameters of the number and types of the inputs and outputs and the connection of the functional units with other functional units, comprising the steps of:
A process according to claim 12 wherein vector-value signals are divided on a first and a second disk as individual connection from a combined interconnecting network present respectively in an isolating interconnecting network.
Dependencies are inferred from the claim text.