With the rapidly growing demand for DNA analysis, the need for storing and processing large-scale genome data has presented significant challenges. This paper describes how the Genome Analysis Toolkit (GATK) can be deployed to an elastic cloud, and defines policy to drive elastic scaling of the application. We extensively analyse the GATK to expose opportunities for resource elasticity, demonstrate that it can be practically deployed at scale in a cloud environment, and demonstrate that applying elastic scaling improves the performance to cost tradeoff achieved in a simulated environment
Abstract Background Plummeting DNA sequencing cost in recent years has enabled genome sequencing pro...
Objective Advancements in human genomics have generated a surge of available data, fueling the gr...
With the continued exponential expansion of publicly available genomic data and access to low-cost, ...
With the rapidly growing demand for DNA analysis, the need for storing and processing large-scale ge...
Next-generation sequencing (NGS) technologies have made it possible to rapidly sequence the human ge...
A major bottleneck in biological discovery is now emerging at the computational level. Cloud computi...
A major bottleneck in biological discovery is now emerging at the computational level. Cloud computi...
<div><p>A major bottleneck in biological discovery is now emerging at the computational level. Cloud...
Cloud computing is often adopted to process big\ud data for genome analysis due to its elasticity an...
In this paper, we explore the benefits of automatically determining the degree of parallelism used t...
Background Comparative genomics resources, such as ortholog detection tools and repositories are rap...
Pathogen genomic data analysis can be extremely bespoke and diverse. This paper presents our plan an...
Cloud computing is often adopted to process big data for genome analysis due to its elasticity and p...
Pathogen genomic data analysis can be extremely bespoke and diverse. This paper presents our plan an...
Abstract Background Whole-genome sequencing (WGS) plays an increasingly important role in clinical p...
Abstract Background Plummeting DNA sequencing cost in recent years has enabled genome sequencing pro...
Objective Advancements in human genomics have generated a surge of available data, fueling the gr...
With the continued exponential expansion of publicly available genomic data and access to low-cost, ...
With the rapidly growing demand for DNA analysis, the need for storing and processing large-scale ge...
Next-generation sequencing (NGS) technologies have made it possible to rapidly sequence the human ge...
A major bottleneck in biological discovery is now emerging at the computational level. Cloud computi...
A major bottleneck in biological discovery is now emerging at the computational level. Cloud computi...
<div><p>A major bottleneck in biological discovery is now emerging at the computational level. Cloud...
Cloud computing is often adopted to process big\ud data for genome analysis due to its elasticity an...
In this paper, we explore the benefits of automatically determining the degree of parallelism used t...
Background Comparative genomics resources, such as ortholog detection tools and repositories are rap...
Pathogen genomic data analysis can be extremely bespoke and diverse. This paper presents our plan an...
Cloud computing is often adopted to process big data for genome analysis due to its elasticity and p...
Pathogen genomic data analysis can be extremely bespoke and diverse. This paper presents our plan an...
Abstract Background Whole-genome sequencing (WGS) plays an increasingly important role in clinical p...
Abstract Background Plummeting DNA sequencing cost in recent years has enabled genome sequencing pro...
Objective Advancements in human genomics have generated a surge of available data, fueling the gr...
With the continued exponential expansion of publicly available genomic data and access to low-cost, ...