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| Classification | Module |
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Align/Mapping | blast/2.2.24 blat/20140708 bowtie/0.12.7* bowtie/1.0.1 bowtie/2.1.0 bowtie2/2.2.3* bwa/0.7.9a exonerate/2.2.0 | Assembly | AbySS/1.5.2 pandaseq/2.5 trinity/7.17.14 velvet/1.0.19 velvet/1.2.03 velvet/1.2.10 | BioVisual | Cytoscape/2.8.3 IGV/1.5.30 | ChIP-Seq | MACS/1.4.2-1 MAnorm/2014-04-03 | General Purpose | R/2.15.3 R/3.01 R/3.0.2 R/3.0.3 R/3.1.0 mathematica/8.0 mathematica/8.0.4 mathematica/9.0.0 mathematica/9.0.1 mathematica/10.0.2 matlab/2012b matlab/2013a* matlab/2014a matlab/2014b | Microbial ecology | QIIME/1.5.0* QIIME/1.6.0 QIIME/1.7.0 QIIME/1.8.0 QIIME/1.9.0 mothur/1.25.1 mothur/1.29.1 |
Classification | Module |
---|
NGS | BCFtools/1.2 Picard/1.139 CirSeq/3 GATK/3.1-1 HTseq/0.5.4a* HTseq/0.6.1p1 IGV/1.5.30 bedtools/2.17.0* bedtools/2.19.1 bowtie/0.12.7* bowtie/1.0.1 bowtie/2.1.0 bowtie/2.2.3* bwa/0.7.9a fastx/0.0.13 ngsplot samtools/0.1.18* samtools/0.1.19 | Phylogenetics | mrbayes/3.1.2 paml/4.8 PhyML/3.1 | RNA | ViennaRNA/2.1.6* mirdeep2/2.0.0.5* randfold/2.0* | RNA-Seq | STAR/2.30e* cufflinks/0.8.3 cufflinks/2.0.0 cuffinks/2.0.2* cufflinks/2.1.1 misopy/0.5.2 rsem/1.2.4 tablemaker/2.1.1* tophat/1.0.14 tophat/2.0.9* tophat/2.0.10 tophat/2.0.13 transdecoder/2.0 trinity/7.17.14 | Statistical Genetics /GWAS | ancestrymap/6210 fbat/2.0.3 haploview/4.1 impute/2.0.3 mach/1.0.16 merlin/1.1.2 pbat/3.61 pedcheck/1.1 plink/1.06 plinkseq/0.10 vcftools/0.1.12b |
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Performance Considerations using threads
In general, there are useful performance gains using threads, but it can also be abused by using too many. Applications supporting thread parallelism may have varying degree of internal support.
Application performance is not always well documented and it may be beneficial to you to do some benchmarking. By doing so you will be in a position to better utilize the cluster resources. For example here is a benchmark examination of blastp and other tools.