"computation infrastructure" is a correct and usable phrase in written English.
You can use it to refer to the hardware and software components that are necessary to support computing systems, such as networks, data centers, applications, databases, and cloud services. For example: "We are investing heavily in our computation infrastructure to ensure we can handle the increasing workloads."
We designed and deployed a pilot data management and computation infrastructure that provides IVOA-compliant VOSpace storage resources and wide access to interoperable federated clouds.
It also reduces the risk of increasing heterogeneity, which is likely to set in when different stakeholders utilise their own computation infrastructure for data collection and processing related activities.
In this paper, we discuss related issues of data and computation infrastructure and context-awareness and present related work in the 'Context-awareness, data and computational infrastructure requirements' section.
According to the report, traditional access and management of the computation infrastructures through dedicated APIs, or software and the usage of registered accounts are attractive for attackers.
By using this framework, we review human computation in the perspective of programmers seeking to improve the design of human computation applications and managers seeking to increase the effectiveness of human computation infrastructures in running such applications.
However, the capacity of Kepler to deal easily with distributed intensive computation infrastructures may lead to innovative development in Big Data analysis such as NGS data.
Cloud-PLBS embraces three technologies, virtualization, Hadoop, and SMAP, used to build the cloud computing infrastructure, perform parallel computation, and compare ligand binding sites, respectively.
Recently, volunteer computing has moved to middleware systems that provide a distributed computing infrastructure independent of the scientific computation.
For this reason, bioinformatics is experiencing a new trend in the way analysis is performed: computation is moving from in-house computing infrastructure to cloud computing delivered over the Internet.
Astrodynamics Web Tools, AstrodyWebTools (http://tastrody.unirioja.es), is an ongoing collaborative Web Tools computing infrastructure project which has been specially designed to support scientific computation.
It is also preferable that this computation can occur on modest hardware, so it is usable by groups without access to high-performance computing infrastructure.
