Cloud Media Processing - Embedded Community - Intel
Cloud Media Processing - Embedded Community - Intel
Cloud Media Processing - Embedded Community - Intel
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• <strong>Media</strong> <strong>Processing</strong> as a Service (MPaaS) provides<br />
access to specialized platforms, APIs or fullyintegrated<br />
applications that analyze and modify<br />
media data streams. These applications leverage<br />
functions such as audio and video mixing,<br />
multimedia transcoding, recording and playing<br />
a media stream, detecting the “loudest talker”<br />
or noisy connections, and applying voice or video<br />
quality enhancements.<br />
Types of <strong>Cloud</strong> Computing<br />
<strong>Cloud</strong>s are classified as public, private, hybrid or<br />
community, based on the entities providing computing<br />
resources and networks. A public cloud uses the<br />
mainstream public Internet, which is operated by<br />
and shared across many external organizations.<br />
This model is typical for hosted conferencing service<br />
providers. A private cloud is operated for a single<br />
organization and is common among enterprises for<br />
data security, corporate governance and reliability<br />
reasons. A hybrid cloud combines both public and<br />
private clouds. A community cloud is setup for a<br />
common interest group, and the infrastructure is<br />
maintained by its members.<br />
Transition to the <strong>Cloud</strong>—<br />
What Does It Mean?<br />
<strong>Cloud</strong> computing is creating a paradigm shift that<br />
is closely aligned to guiding tenets around how<br />
computing resources are accessed and consumed,<br />
some of which are listed in Table 1. As a result,<br />
customers of cloud services can take advantage of<br />
new features, like dynamic resource allocation and<br />
consumption-based pricing models, that increase their<br />
agility and flexibility.<br />
From the perspective of telecom service providers,<br />
an industry migrating to cloud-based services is<br />
likely to experience fundamental shifts related to<br />
infrastructure, business models and competition.<br />
Drawing on insights from Morgan Keegan 5 at Equity<br />
Research, some of these changes include:<br />
<strong>Cloud</strong> <strong>Media</strong> <strong>Processing</strong> | Radisys White Paper<br />
Tenets Implications<br />
Abstract Resources Substitute references to physical servers<br />
and hard drives with instances and volumes.<br />
<strong>Cloud</strong> resources are fungible. 4<br />
On-Demand Provisioning Get more resources right when they’re needed.<br />
Give back unnecessary resources.<br />
Scalability in Minutes Scale out or in depending on usage needs.<br />
Pay per consumption Don’t pay for resources after they’ve been turned off.<br />
Automation Increase automation using APIs. The cloud provides<br />
access to scriptable infrastructure.<br />
Table 1. Tenants of <strong>Cloud</strong> Computing<br />
Infrastructure:<br />
• New on-premises infrastructure deployments<br />
give way to cloud-based systems located offsite.<br />
• Transcoding-intensive digital signal processors are<br />
substituted with virtualized COTS infrastructure<br />
based on <strong>Intel</strong> ® multi-core processor technology.<br />
• Large, upfront equipment expenditures are replaced<br />
by recurring fee (rent) payment models.<br />
Business Model:<br />
• ‘Conferencing as a business’ transitions to<br />
‘conferencing as a service.’<br />
• Interoperability requirements expand from<br />
dedicated equipment to all computing devices.<br />
Competition:<br />
• New entrants take advantage of lower barriers<br />
to entry provided by cloud computing.<br />
• Greater reliance on public networks levels the<br />
playing field.<br />
• Improved interoperability enables new partnership<br />
opportunities.<br />
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