Our distributed cloud orchestration solution prototype is capable of managing resources in geographically distributed data centers and satisfies the stringent needs of any real-time application.
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1. Evolved cloud collaboration Mobile World Congress 2014
2. Mobile World Congress 2014 | Ericsson AB 2014 | Page 2
Evolved cloud Collaboration Redesign for the Cloud
Application-defined platform Need help Distributed expertise 3.
Mobile World Congress 2014 | Ericsson AB 2014 | Page 3 Evolution
Media Server Distributed virtualized media platform 4. Mobile World
Congress 2014 | Ericsson AB 2014 | Page 4 Benefits Efficient use of
network Optimized user experience 5. Mobile World Congress 2014 |
Ericsson AB 2014 | Page 5 Challenges & opportunities
Centralized architecture but distributed users Media quality
subject to disturbances Cloud & media platform interaction
On-premise, CAPEX model Communication as-a-service, OPEX model
Over-provisioned, manual configuration Virtualized, scalable &
automated Distributed media handling close to users 6. Mobile World
Congress 2014 | Ericsson AB 2014 | Page 6 Our Response
COMMUNICATION APP CLOUD NETWORKORCHESTRATION DISTRIBUTED MEDIA
PLATFORM Distributed virtualized media platform Distributed
performance monitoring Cloud & media platform interaction
Quality, robustness, efficiency & automation 7. Mobile World
Congress 2014 | Ericsson AB 2014 | Page 7 Media server 1 Media
server 3 Controller STUN server WCG Barcelona data center A Closer
Look Stockholm data center Spaces server Media server 2 Cloud
Manager SLA Manager Cloud platform Admin Alice Bob Carol David 1)
Deployment recommendation 2) Deploy VMs 4) Enter a Space to join 5)
Join 6) Join 7)Join 3) Visualization 8) Auto-scaling SLA: Service
Level Agreement WCG: Web Communication Gateway STUN: Session
Traversal Utilities for NAT VM: Virtual Machine 8. Mobile World
Congress 2014 | Ericsson AB 2014 | Page 8 Deploy cloud Media System
(CMS) Service Container Service Scaling Service Trigger Service
Compute Service Network Service Location Service MS Cluster 2 MS MS
MS STUN WCG CMSC 1 2 3 4 5 7 8 9 Admin GUI Barcelona data center
Stockholm data center Cloud Manager 2 Deploy CMS 13 Cluster 1 1
Create CMS network 2 Create local CMS network 3 Create CMS control
servers 4 Create STUN, WCG, and CMSC (CMS Controller) 5 Create
scaling rule 6 Instantiate scaling rule for Cluster 1 7 Instantiate
media servers in Cluster 1 9 Create trigger for Cluster 1 11
Instantiate scaling rule for Cluster 2 10 Measure network load in
Cluster 1 10 12 Instantiate media servers in Cluster 2 14 Create
trigger for Cluster 2 15 Measure network load in Cluster 2 6 8
Create three Media Servers (MS) 13 Create one MS 11 12 14 15
Openstack Openstack 9. Mobile World Congress 2014 | Ericsson AB
2014 | Page 9 Scale out in cloud Service Container Service Scaling
Service Trigger Service Compute Service Network Service Location
Service MS Cluster 2 MSMS MS MS STUN WCG CMSC 4 3 5 Admin GUI
Barcelona data center Stockholm data center Cloud Manager Cluster 1
A CMSC (CMS Controller) asks for best cluster 1 Network load in
Cluster 1 to high 2 Scale-out Cluster 1 3 Instantiate one media
server in Cluster 1 5 Update trigger for Cluster 1 6 Measure
network load in Cluster 1 6 4 Create one Media Server 2 George Join
A 1 10. Mobile World Congress 2014 | Ericsson AB 2014 | Page 10
Summary Scalable and decentralized Minimized latency Optimized
bandwidth usage Robustness Interacts with the cloud platform
Evolved Cloud Collaboration Virtualized distributed media platform
Distributed Cloud Offering performance assurance Deployment
simplicity Opex reduction through automation Network aware resource
placement Optimal resource utilization Realizing the power of
distributed cloud through application support & interaction
Distributed media platform that interacts with the cloud
