Dynamic Processor Allocation for Parallel Algorithms in Image Processing
Dynamic Processor Allocation for Parallel Algorithms in Image Processing
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In our eReader you can find the full English version of the book. Read Dynamic Processor Allocation for Parallel Algorithms in Image Processing Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Dynamic Processor Allocation for Parallel Algorithms in Image Processing
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The former list will always be a sub- set of the latter. We refer to these lists as Queue 1 for the node list used by step 1, Queue 2 and Queue 3 for the edge lists used by steps 2 and 3 respectively, and Queue 4 as the node list used by step 4. Initially, we are given Queues 2 and 4, which will be universal lists con- taining all edges and all nodes. Queue 2 is used to form Queue 3. Queue 3 forms the next Queue 2. Queue 4 is used to form Queue 1 for the next iteration, and also the subsequent ...Queue 4.
Ultracomputer Note 123 Page 4 3. Results The parallel MIMD approach to the Shiloach/Vishkin connected components algorithm described in the previous section has been implemented on a parallel machine. We present in the Appendix the actual parallel code, and hope that some readers will find it interesting to inspect the way the parallel algorithm maps into the programming. The code was then run on a prototype NYU Ultracomputer. The current prototype has eight processors, although the identical code could be used to run on a 512 processor (or, for that matter, an N-processor) ultracomputer.
What to read after Dynamic Processor Allocation for Parallel Algorithms in Image Processing?
You can find similar books in the "Read Also" column, or choose other free books by Robert a Hummel to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
The former list will always be a sub- set of the latter. We refer to these lists as Queue 1 for the node list used by step 1, Queue 2 and Queue 3 for the edge lists used by steps 2 and 3 respectively, and Queue 4 as the node list used by step 4. Initially, we are given Queues 2 and 4, which will be universal lists con- taining all edges and all nodes. Queue 2 is used to form Queue 3. Queue 3 forms the next Queue 2. Queue 4 is used to form Queue 1 for the next iteration, and also the subsequent ...Queue 4.
Ultracomputer Note 123 Page 4 3. Results The parallel MIMD approach to the Shiloach/Vishkin connected components algorithm described in the previous section has been implemented on a parallel machine. We present in the Appendix the actual parallel code, and hope that some readers will find it interesting to inspect the way the parallel algorithm maps into the programming. The code was then run on a prototype NYU Ultracomputer. The current prototype has eight processors, although the identical code could be used to run on a 512 processor (or, for that matter, an N-processor) ultracomputer.
What to read after Dynamic Processor Allocation for Parallel Algorithms in Image Processing?
You can find similar books in the "Read Also" column, or choose other free books by Robert a Hummel to read onlineMoreLess
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