Examples of using Compute resources in English and their translations into German
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Define your compute resources.
The Compute Resources page allows you to include Auto Scaling groups and Amazon EC2 instances.
Amazon Elastic Compute Cloud- This web service provides virtual compute resources in the cloud.
Align compute resources with business priority by automatically load balancing across hosts.
If your code is taking too long to execute,it could be that it does not have enough compute resources to execute its logic.
The project stores all compute resources associated with the machine catalog; it can be an existing project or a new one.
Server virtualization breaks the one-to-one relationship between servers and applications, enabling organizations to better utilize compute resources.
Beyond CloudSigma's flexible compute resources, the biggest draw for us was its open software layer,” continued Longnecker.
Due to its individual components, the server housing is perfect for continuous operation in data centers,and thereby makes for high availability of the compute resources.
Data Architecture: A Dmapping of data to the compute resources and applications that will ultimately consume and process an organization's data.
Launch credits are meant to provide a productive initial launchexperience for T2 instances by providing sufficient compute resources to configure the instance.
Applications, databases and business-critical workloads require compute resources that deliver high levels of performance, reliability and availability.
I would say that everybody interested in providing SaaS on IaaS should think about the degree of flexibility that they need,especially in allocating compute resources.
Scale compute resources with Intel® Xeon® Scalable processors that deliver a 27% increase in cores and 50% increase in bandwidth over the previous generation.
Kinetic infrastructure enables you tocreate the right combination of disaggregated storage and compute resources today, and eventually extend that flexibility to memory centric devices.
Scale compute resources with Intel® Xeon® Scalable processor that delivers a 27% increase in cores and a 50% increase in bandwidth over the previous generation.
In particular, we plan to establish acloud spanning many locations to enable developers across our global business to select and deploy compute resources in an efficient, automated manner.
Scale compute resources with Intel® Xeon® Scalable processors, delivering a 27% increase in processing cores and 50% increase in bandwidth over previous generation of Xeon processors.
Lately, there has been an IT trendtoward the convergence of sto¬rage, networking and compute resources in the software-defined data centre, and these once largely separate components have become more tightly integrated.
Scale compute resources with the Intel® Xeon® Scalable processor family that delivers a 27% increase in processing cores and 50% increase in bandwidth over the previous generation of processors.
This combination enables improved lighting, shadows,and other in-game effects, and it also offers a diverse array of compute resources for accelerating demanding workloads like content creation, 3D modeling, and deep learning.
With an open software layer and utility-based compute resources, CloudSigma's customers are easily able to match their application requirements in a highly available and reliable environment, as Gartner notes in the report.
It assists users in parallelization, vectorization and optimization of programs, helps to design suitable work flows for scientific applications,and gives support in the application of trans-regional compute resources of the next higher performance class.
Topology views of your storage, network and compute resources allow you to quickly browse relationships and dependencies among your critical applications, services and the supporting virtual and physical infrastructures.
Today's IT staff are faced with ever-rising costs, increased complexity of maintaining remote client devices, a growing need to avoid security problems,and the need for flexibility and global availability of compute resources.
C-RAN enables operators to addressdifferent application requirements by locating storage and compute resources at the base of the cell site, at centralized hubs hundreds of kilometers away or anywhere in between.
The goal of this project is the development of a platform for multi-level-simulations that is able to automatically create the interfaces between different abstraction layers andwhich dynamically allocates compute resources, so that the user can fully utilize the capabilities of multi-level-simulations.
XenServer enables organizations of any size or type to consolidate and transform compute resources into virtual workloads for today's datacenter requirements, while ensuring a seamless pathway for moving workloads to the cloud.
Server virtualization breaks the one-to-one relationship between servers and applications,enabling organizations to better utilize compute resources, accelerate the delivery of IT services, and create a more flexible and scalable environment.
Isight is used to combine multiple cross-disciplinary models and applications together in a simulation process flow,automate their execution across distributed compute resources, explore the resulting design space, and identify the optimal design parameters subject to required constraints.