Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /

Thesis (PhD) -- Georgia Institute of Technology, 1988

Bibliographic Details
Main Author: 349776 Forren, Helmut R.
Format:
Published: 1988
Subjects:
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author 349776 Forren, Helmut R.
author_facet 349776 Forren, Helmut R.
author_sort 349776 Forren, Helmut R.
collection OCEAN
description Thesis (PhD) -- Georgia Institute of Technology, 1988
first_indexed 2024-03-04T13:00:22Z
format
id KOHA-OAI-TEST:10691
institution Universiti Teknologi Malaysia - OCEAN
last_indexed 2024-03-04T13:00:22Z
publishDate 1988
record_format dspace
spelling KOHA-OAI-TEST:106912020-12-19T16:55:23ZMultiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] / 349776 Forren, Helmut R. 1988Thesis (PhD) -- Georgia Institute of Technology, 198813PSZJBLSignal processingSignal theory (Telecommunication)
spellingShingle Signal processing
Signal theory (Telecommunication)
349776 Forren, Helmut R.
Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title_full Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title_fullStr Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title_full_unstemmed Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title_short Multiprocessor design methodology for real-time DSP systems represented by shift-invariant flow graphs [mikrofilem] /
title_sort multiprocessor design methodology for real time dsp systems represented by shift invariant flow graphs mikrofilem
topic Signal processing
Signal theory (Telecommunication)
work_keys_str_mv AT 349776forrenhelmutr multiprocessordesignmethodologyforrealtimedspsystemsrepresentedbyshiftinvariantflowgraphsmikrofilem