{"_id":"5b02d5901f33400003ca5742","project":"5773dcfc255e820e00e1cd4d","initVersion":{"_id":"5773dcfc255e820e00e1cd50","version":"1.0"},"user":{"_id":"5767bc73bb15f40e00a28777","username":"","name":"Marko Marinkovic"},"__v":0,"metadata":{"title":"","description":"","image":[]},"createdAt":"2018-05-21T14:20:00.999Z","changelog":[],"body":"## Multi-Instance Whole Genome Sequencing GATK4.0 Workflow\n\nWe’ve published the Multi-Instance Whole Genome Sequencing BWA/GATK 4.0 workflow. This workflow keeps a similar price, with the improvement in total execution time of up to 3.0 times compared to a single-instance implementation. The Multi-Instance Whole Genome Sequencing workflow processes a 30x whole genome in as little time as 3 hours without any additional computational resource such as GPU or FPGA. The differences in precision, recall and f-score between multi-instance and single-instance workflows are lower than 0.001%, which is expected due to stochastic effects.\n\nSee the [workflow](https://cavatica.sbgenomics.com/public/apps#admin/sbg-public-data/multi-instance-whole-genome-sequencing-gatk4-0-workflow/) on Cavatica.","slug":"release-note-052118","title":"Release note 05.21.18"}

Release note 05.21.18


## Multi-Instance Whole Genome Sequencing GATK4.0 Workflow We’ve published the Multi-Instance Whole Genome Sequencing BWA/GATK 4.0 workflow. This workflow keeps a similar price, with the improvement in total execution time of up to 3.0 times compared to a single-instance implementation. The Multi-Instance Whole Genome Sequencing workflow processes a 30x whole genome in as little time as 3 hours without any additional computational resource such as GPU or FPGA. The differences in precision, recall and f-score between multi-instance and single-instance workflows are lower than 0.001%, which is expected due to stochastic effects. See the [workflow](https://cavatica.sbgenomics.com/public/apps#admin/sbg-public-data/multi-instance-whole-genome-sequencing-gatk4-0-workflow/) on Cavatica.