Such bioinformatics solutions are dependent on the existence of a scalable and extensible informatics infrastructure.
The flexible and extensible iTools infrastructure allows for management of disparate computational biology resources, which includes databases.
This allows us to build all our internal systems from a consistent and extensible base.
To support hundreds of thousands of concurrent players, game providers have so far focused on developing highly scalable game server architectures and extensible network infrastructures.
The idea and realization of four key technologies, the dynamic creation of simulation federation based on resource management federation (RMF), HLA enabled template, collaborative simulation algorithm based on stage-data synchronization and TH_RTI, an extensible HLA runtime infrastructure (RTI), which is a web enabled RTI and can be used at Internet, are emphasized.
Since this kind of platform infrastructure is hardly extensible and forms a non-scalable process unit, an embedded OSGi-based UPnP platform extension is proposed in this article.
This paper proposes the design and implementation of an information infrastructure embracing the emerging eXtensible Markup Language (XML) open standard, together with an intelligent data mining technique combining On-Line Analysis Process (OLAP) and rule-based reasoning approaches to support knowledge discovery.
To address our goals, we designed and implemented an infrastructure, iTools, which is extensible, portable and scalable, and directly addresses these challenges.
Specifically, we developed a pipeline for eThread, a recently developed metathreading approach [ 27], tailored primarily for the Amazon EC2 distributed computing infrastructure and also easily extensible for other types of DCIs.
Work is underway to develop atwo-layer data infrastructure through the integration of the eXtensible Data Modeland Format (XDMF) [45] with the CML.
