Noriyoshi Ito

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Study attempts to show that our machine architecture based on the data flow model is suitable for two types of logic programming languages with different aims: one is Parallel Prolog and the other is Concurrent Prolog. The data flow model can naturally implement parallel computation, and it has close similarity to these languages. Unification and(More)
machine architecture. The PIM-D is constructed from multiple processing elements and multiple structure memories interconnected by a network as shown in Figure 4.3', It is based on the data flow model and can exploit the three types of parallelism described above. The machine uses a tagging scheme, in which each operand has a value field and a tag field(More)
A parallel inference machine based on the dataflow model and the mechanisms to support two types of logic programming languages are presented. The machine is constructed from multiple processing elements and structure memories interconnected through a low-latency hierarchical network. The preliminary evaluation results of the experimental machine are also(More)
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