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Table 2: Transformation on SGI Origin

in Implementation and Evaluation of Nested Task and Data Parallelism for High Performance Fortran within the ADAPTOR Compilation System
by Thomas Brandes 1998
Cited by 1

Table 2: Transformation on SGI Origin

in Implementation and Evaluation of Nested Task and Data Parallelism for High Performance Fortran within the ADAPTOR Compilation System
by Working Paper Unpublished, Thomas Brandes 1998
Cited by 1

Table I. SGI Origin 2000 Configuration

in Cellular Disco: resource management using virtual clusters on shared-memory multiprocessors
by Kinshuk Govil, Dan Teodosiu, Yongqiang Huang 1999
Cited by 57

Table II. SGI Origin 200 Characteristics

in Compiler-Based I/O Prefetching for Out-of-Core Applications
by Angela Demke Brown, Todd C. Mowry, Orran Krieger 2001
Cited by 20

Table 4: Parallel speedup on the SGI Origin2000.

in Parallel Integer Optimization for Crew Scheduling
by Panayiotis Alefragis, Peter Sanders, Tuomo Takkula, Dag Wedelin 2000
"... In PAGE 18: ... For the set covering constraints of the (large but not huge) problem instance lh dl26 09 with m = 176, n = 464222 and N = 4048428 the rst t graph coloring heuristic colored the constraints using 83 colors. The running time per global iteration is shown in Table4 . We achieve a speedup of 7 on 8 PEs but 16 PEs are no faster.... ..."
Cited by 4

Table II. SGI Origin 200 Characteristics

in Compiler-Based I/O Prefetching for Out-of-Core Applications
by Angela Demke Brown, Todd C. Mowry, Orran Krieger

Table 1 BLAST SGI Origin 3000 Series Relative Performance

in unknown title
by unknown authors
"... In PAGE 6: ...ww.sgi.com/solutions/sciences/chembio/resources BLAST: Single-Processor Performance The following benchmarks compare the relative single-processor performance of the BLASTN and TBLASTX programs on SGI Origin family servers. Table1 shows the relative performance of the MIPS R14000 500 MHz processor in an SGI Origin 3000 series system compared to the MIPS R12000 400 MHz processor in an SGI Origin 3000 series system. For BLASTN and TBLASTX, one can expect about a 25% performance improvement with the 500 MHz SGI Origin 3000 series servers, compared to the 400 MHz SGI Origin 3000 series servers.... ..."

Table 2 CLUSTAL W SGI Origin 3000 Series Relative Performance

in unknown title
by unknown authors
"... In PAGE 10: ...sgi.com/solutions/sciences/chembio/resources CLUSTAL W: Single-Processor Performance In Table2 , the relative performances of the SGI Origin 3000 series with different MIPS processors are shown. Researchers running CLUSTAL W on an SGI Origin 3000 series system equipped with MIPS R14000 500 MHz processors can expect about a 25% performance improvement compared to the MIPS R12000 400 MHz processors.... ..."

Table 2. Computation times for BARNES running on the SGI Origin 2000 (seconds)

in Experiences on Implementing PARMACS Macros to Run the SPLASH-2 Suite on Multiprocessors
by Ernest Artiaga, Xavier Martorell, Yolanda Becerra, A Becerra, Nacho Navarro 1998
"... In PAGE 4: ... The maximum length of a lock array has been limited to 64 to fit the System V IPC limits. Table2 shows the results of executing Barnes with the different versions of macros on the SGI Origin 2000. The figures represent the real computation time in seconds, without the initialization step.... ..."
Cited by 5

Table 3 FASTA SGI Origin 3000 Series Relative Performance

in unknown title
by unknown authors
"... In PAGE 14: ...sgi.com/solutions/sciences/chembio/resources FASTA: Single-Processor Performance In Table3 , the relative performance of several computers is shown using two different executables from FASTA (Version 33, Revision 05), with both cases using a k-value of 1. The SGI Origin 3000 series system with MIPS R14000 500 MHz processors runs these cases close to 1.... ..."
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