We have highlighted some practical considerations for the Deep Learning practitioner relevant to neural network training on the NVIDIA DGX-1. Benchmarking experiments showed that GPU performance is related to three dimensions.
This paper illustrates how the Cisco Application Centric Infrastructure (ACI) can be implemented as two fabrics, with federated controllers implementing an autonomous infrastructure with replicated tenant configurations that will provide for disaster recovery.
This white paper explores the FlexPod Select architecture for Hadoop versus JBOD (“Just a Bunch of Disks”) architecture from both a technical and financial perspective.
In this paper we explore the use of artificial intelligence to perform an image sorting task to gain a competitive edge in a NASCAR race.
This white paper discusses the major computer security issues confronting an organization when moving to the cloud.
Leveraging data collected by smart meters, we can better understand how consumers use electricity by clustering customers according to usage patterns.
Current computer vision-based methods for identifying broken teeth on mining shovels suffer from a prohibitively high false positive rate (FPR). We describe a two-stage methodology for the detection of broken teeth that reduces the FPR.
In this white paper, we explore the feasibility of generating representative data for two types of data: binary input from medical records and real-valued sensor data from industrial mining trucks.
A hybrid recommendation engine was built for recommending relevant articles to the users of the WWT ATC Connect mobile application.
WWT’s Software-Defined Networking (SDN) Guide cuts through the media blitz to help networking and data center professionals understand the key components of SDN.
In this practical guide, we take an in-depth look at the challenges, use cases, architectural implications, technologies and strategies that must be considered for a successful big data implementation.
This white paper illustrates how the Cisco Application Centric Infrastructure (ACI) can be implemented as a single fabric stretched between two data centers, with the ability to optimally route traffic to and out of the data center where the resource is located.
This white paper discusses how organizations can leverage a combination of partnerships to speed time-to-value for their SDN initiatives.
This engagement sought to first test a 500 VM design and then scale to a 1,000 VM design using a four host consolidated management and workload SDDC.