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7/30/2019 Creating Next Generation Cloud Computing Operation Support Services by Social OSS Contribution With Telecom NGN Experience
1/6
Creating Next Generation Cloud Computing Operation Support Services by Social OSS
: contribution with Telecom NGN experience
Miyuki Sato
Fujitsu Co. Ltd, Japan
Abstract-- Currently, Cloud network operators and service providers
are managing server, network and storage resources by various
management systems to manage hardware, applications, traffic, and
resources monitoring including bandwidth, storage capacity, and
throughput utilization. However, these systems are not coordinated
with accounting, security and configuration systems to provide
end-to-end service management. Various players are emerging to
provide remote computing and storage resources over the cloud
network.. Telecommunications grade operation systems will be the key
to realize end-to-end service management, and resource managementto assure application quality of service. In this paper we present how the
operation service methodology using Social Cloud OSS will support
end-to-end service management and resource (computing, network and
storage) management over the cloud network. Fujitsus Social Cloud
OSS will provide integrated operation services by supporting group to
group communication, and Enterprise to Enterprise (E2E) application
transactions. Social Cloud OSS is designed to support social
collaboration, and e-commerce applications using the cloud on a
massive scale and lower Total Cost of Ownership than the current
approaches with disparate management systems.
Keywords -- Cloud Computing, Cloud Computing service, Operation
Support Service, Social OSS
I. INTRODUCTIONOver the years we have been developing operation management
system, network management system and network element
management system for Telecom players (Carriers, Service
providers, system integrators, Data centers, enterprises and so on)
based on TMF Management architecture. We have been
providing,
- FCAPS (Fault, Configuration, Accounting,Performance, Security) management.
- Traffic and Quality management- Inventory management- Provisioning, Configuration/Back up/Restore- ITIL management
It was never on the consumer networks or the so-called social
networks where in the complexity is enormous and
mind-boggling.
Instead of a set of disparate applications, service centricity will be
the focus of next generation Operation Systems.
EM
BM
NM
SM
EM Diagram.1 TMF management architecture
As for the resource of cloud computing, following systems are
installed for management purpose.
-
Network element management system per eachelementlike network, server, storage resources
- Traffic and Quality measurement- Dash board for integrated view
Current management systems consists of different vendor systems
and open source applications which focuses on a particular
network element. As for domain knowledge, operation
management and service management are considered as future
topics.
In this paper a new methodology is presented which explains how
Fujitsu will provide operation service by Social cloud OSS [Ref.
10]) supporting end-to-end service, resource and network
management over the cloud network by utilizing small group togroup communication as well as Enterprise to Enterprise (E2E)
application transactions. Fujitsus Social Cloud OSS will help to
make multi vendor, multi technology, multi groups operation
smoothly, and this methodology would also enable telecom
players to use existing systems and services over the cloud to
provide support for the entire society.
II. LESSONS LEARNED FROM PAST EXPERIENCEFujitsu has been developing OSSs for carriers and service
providers since 1996 [Ref. 1, 2, 3, 4]. Based on our past
experience we understand
1. Operation service is necessary to consider the following.
- What Operation services are required for user groups
- What Operation service are required for application management
-What is the impact on collaboration operation services based on
domain knowledge
-What is the necessary range for Operation service
2. Deployment Environment for management
Following network environment is suitable for deployment if one
2010 Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprises
978-0-7695-4063-4/10 $26.00 2010 IEEE
DOI 10.1109/WETICE.2010.19
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7/30/2019 Creating Next Generation Cloud Computing Operation Support Services by Social OSS Contribution With Telecom NGN Experience
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is planning on NGN.
IP-V
PN
SG W
Storage and Se rver
Contens ProviderG W
W-LA N/W iMax
G W
Se rvice Edg e
Tenant managem ent
Enterprise
CE
Service Edge
G W
^
Service Se rver
Cloud
Network
Diagram.2 NGN Architecture
3. Necessary requirement for Management of applications
- Multi-service management, unique Service bus and OpenDB and Data mining engine to handle FCAPS to SLA
- Operation management by supporting Multi vendor, Multitechnology, Multiple view
- End to End QoS enablement support- Select robust safety & security along with scalable
architecture
4. Additional value added management services and their
immediate benefits
- Multiple Services addition introduces new subscribers which
results in substantial increase in revenue.
- Remote management and maintenance services will increase due
to operation services framework
- Service focus helps in reduction of OpEX and CapEX for
PlayersEasy to Identify and Localize the faults increase in customer
satisfaction
- Multiple services from single service provider along with
integrated bill for all services help end users enormously
Supports multiple core and access networks (ADSL, PON,
WiMAX, FMC and so on) along with operational
management support for emerging ubiquitous networks
5. Additional value added management functions that should be
part of the systems are
- Trend analysis for proactive problem resolution
- Multi-service management for service creation anddeployment along with problem resolution
- Multiple views for Physical, Logical- Network resource selection per service- Work group knowledge management- Domain knowledge base view delivery- Robust safety & security along with scalable architecture- SLA with QoS and COS for Operation I/F for Home and
small group, enterprise users for easy access to multiple
Networks and Services
6. Require improvements in the current Telecom OSSs
- Too much focused on network operation management rather
than customer service management
- Hefty competition among many service providers for creating
new services to customers Single OSS can not support all
services (narrow focus)
- Many Content providers and Enterprises also have desire to
provide new services but they do not have any means or ideas
how to do this (existing OSSs are too difficult to handle)
- No generic OSS which can support all business players (Carrier,
Service Provider, Content provider, Enterprises and End
customers) and provide service assurance
- Most of the OSSs are focused on few technologies, few access
networks and few vendors with limited service support
- Current OSSs are not future proof
III. SOCIAL CLOUD OSS FEATURES, BENEFITS ANDDEPLOYMENT SCENARIOS OVER CLOUD
COMPUTING:
Current Cloud Network
Operation Service (OSS services) supports technologiessuch as FMC, WiMAX, MVNO, LTE, HGW, PLC,
Sensors and TAG.(With element management system, if
necessary.)
SOA based Architecture (Service Oriented Architecture):helps many players to come out with new services
quickly
FCAPS and SLA supportScalability
Service Scalability Cloud OSS Service can handle home users to
enterprise users, from small home network to large
corporate network (nation-wide with so many
nodes) , from small contents provider to large
carriers
It also has individual management systems andinterfaces to handle all the players
End to End QoS support To achieve End to End QoS, Policy control, SLA,
Provisioning, Route select are supported
From Home user GW to Regional level GW andAccess GW probes can be placed and OSS
services provide features to collect data from all
these devices This helps in understanding what
and how the network is behaving Helps every
player to provide QoS and Service Assurance to
end customer
Unique Service bus and Open DB Data mining engine
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concept
OSS services system (Social OSS) has servicebus in cooperation with the lines of Service
Oriented Architecture (SOA), which provides
opportunity for content providers to register their
services (Service Plug-ins) at Service providers.With this end users are presented with many new
services
Data mining engine offers the trend of the usestate and resource information and the demand
forecasts to Service Provider and Contents
Provider (Third party provider).
Template based Service Creation support OSS service provides Service Templates to
Service Providers and content providers to create
new services easily and quickly
FCAPS that has been offered in the previousversion is provided in Cloud OSS services aswell
Domain view and Map engine
Conceptual view where in each player is managed by systems
(management systems) and interfaces They are grouped
into what are called players domains.
Here are some of the views:
Global View: In this view you can see how the domain of each
players like Carrier, Service providers, FMC
providers, Enterprise users, Content providers, 3rd
Party providers and Home users are connected to
the OSS services and their interfaces
Also Application are connected to the OSSservices and their interfaces.
The global view and conceptual views provideoverall view of the entire network
We can see the details of the latest technologies ona geographical map using high speed Map engine.
Similarly in the case of Players view we can seeindividual players details and in Service view we
can see individual Services details and how they
are linked to each players.
These screens will give an idea how Cloud OSSservices are different from legacy OSS systems
Carrier View
In this Carriers can see composition of Core network,traffic details and problems in the network along with
technology information
If a customer has contracted the logical networkresources configuration from the Carrier he will be
presented with operational details in terms of Service
and Fault information, and operation knowledge..
Faults are identified using Visual meansFixed mobile convergence service
In this Deployment scenario we are showing how the operation of
FMC service is managed. Operators can see both mobile and fixed
domains in a single view. Helps the operator to see thecomposition of domain (network), traffic and the faults that occur.
Also helps the operator to manage the FMC network easily.
Some of the possible scenarios for FMC Service.
Assuming a customer has subscribed to FMC service hisfamily / employer can monitor his location (even when
he is in train, bus or car). If he is outside the range then
in the Gateway management system one can see a
grayed out Mobile phone symbol. By clicking the
symbol we can actually view whether he is within the
cell area or outside. Also a message will be flashed on
the mobile phone of the subscriber indicating every timewhen he switches from Fixed to Mobile and Mobile to
Fixed network
Home Users Management service
In this Scenario we are showing how a home user can manage
devices as well as the services he / she subscribed.
Home user first logs into Service providers Gatewayand registers with the Service Provider
Home user can select different services and subscribe thesame
These services could be in the form of managing homeappliances, TV, Cooling service, Power situation,
security service, etc.
Once the services are subscribed then logging into homegateway a subscriber can monitor all the devices from
where ever he / she is located using Home Gateway
Management system (HGMS)
From HGMS home user can monitor and Scheduleservices, monitor and manage the devices operational
status, service usage and also take reports of service
status
Enterprise Users management service
This scenario explains how enterprise users are supported in
Operation Services
Enterprise users can register with Service providersservice gateway for all the services they require and
devices management and so on.
Once the Services are subscribed then using Enterprisemanagement system users can monitor their services
and devices located in each floor or each building of
the entire enterprise
They can monitor traffic parameters, Troubles,
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bandwidth and service usage patterns in each floor
Tenant Management Service
In this scenario it is explained how large apartments can be
managed centrally.
For instance apartment owner can subscribe the manyservices and the same can be provided to residents of the
apartment
Using Tenant management system owner of the buildingcan monitor the devices located in each building and
maintain their service condition
Also tenants can subscribe to new services from thetenant management system
Service Provider management service
In this scenario we are showing how 3rd
party providers, content
providers and large enterprises who want to provide services can
register themselves with the service provider.
Secondly how a service provider can decide which 3rd party
provider or content provider he should partner with using business
management and analysis tool
First of all 3rd Party providers, content providers andenterprises should register themselves with the Service
provider using service gateway
Then these services will be available for end users topick up. Once a home user subscribe to a particular
service then the 3rd party provider can manage that
service using Service provider s network
Using the BML (Business Management tool) toolservice provider can analyze the service characteristics
of the 3rd
Party providers and others and then decide to
partner with themUsing BML tool one can see the service availability of
various providers, performance characteristics like power
consumed and so on
OSS service benefits
Benefits to CARRIER
Operation cost reduction: With the Single OSSproviding support for many access technologies the
services investment for new OSS services are reduced
drastically
Subscriber base increased to many folds due to thirdparty providers also taking up services this in turn
results in increase in revenue
Benefits to SERVICE PROVIDER
Less Capital investment and new service introduction isquick and easy
Enterprise/individual and Contents Providercould joinfor new services and this in turn reduces advertisement
and maintenance costs
Based on Customer's location, profile and usage patterns
selective advertisements can be done. As a result,
advertisement efficiency improves which in turn helps in
the reduction of marketing cost
Benefits to CONTENTS PROVIDER
By registering with Service provider many new businessopportunities comes to content providers
Service providers subscribers will be benefitted withless service fee which in turn increases new customer
acquisition
Easy to monitor service trendsBenefits to Enterprise
Many enterprises can start providing new services like Printer
maintenance, Air-con maintenance, IP-TV service, etc. This helps
other enterprises and building owners to take selective services.
IV. CLOUD OSS SERVICE PLATFORM BY SOCIAL OSSSocial OSS is created to support any users in any domain, whether
they are aware or not, and supports to create service for subscribers,
enterprises, service providers, etc by dynamic domain view
technology..
Diagram 3 : OSS services platform by Social OSS: To realize Domain expansion
Social OSS services will be able to expand the currentdomain to the new business domain by utilizing Service
level object definition and execution experience with
Social OSS store and analysis, collaboration engine..
Social OSS Platform is built on(1)Technology to connect multiple networks, various
services, applications and people.
(2)Carrier know-how acquired over the years and applied
as Harmonic technology.
(3)Other components of the platform include End-user
Contribution to Large scale
data and subscriber
OSS Knowledge for Large network
Utilize OSS Knowledge as service
Access, LTE,WiMAX,
MVMO,
Sensor,RFID
Ubiquitous
Information center, OutsourceAutomation,
Business Develop
Communication networkBasic service
Quick detection, impact
analysis, action Fault, Report
Same level as
others
Sharing of resource, Reflection
to Life cycle
Differentiation
Monitoring and Action for
Service level
Protect own
domain
Requirement for Operation Service
technology (SLO)
Service level
Information center, OutsourceAutomation,
Business Develop
Communication networkBasic service
Quick detection, impact
analysis, action Fault, Report
Same level as
others
Sharing of resource, Reflection
to Life cycle
Differentiation
Monitoring and Action for
Service level
Protect own
domain
Requirement for Operation Service
technology (SLO)
Service level
Service level /
Requirement
Service level /
Requirement
Service level /
Requirement
Service level /
Requirement
Deployment
Deploy
ment
Service level /
Requirement
Service level /
Requirement
Deploy
ment
Sales/customer is large, the # of customers is small, Customization Sales/customer issmall, the # of customeris la rge, less customization
Customi
zationSales are
large/ one
customer
The # of
customers
is small.
Customi
zationSales are
large/ one.
customer
The # of
customers
is small.
Systematiza
tion
Sales are
small /one
customer
The # of
customers
Is huge.
As is
Sales are
small / one
Customer
The # of
customers
StrongWeaknow
Entry a lotOppor
tunity
MarketMovement
Network
connection
Ubiquitous, Consumer
electronic,CPE
Government, Carrier,Power, Providers,
Service providers,Large enterprise
Business domainas healthcare,education, etc,
One platform- systematization by selection
of applicationapproach
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Management, Service Management for
ACD/MIS/Call Center, Multi-tenant, Service Plug-in,
Relationship/Connection/Time Management,
Scalability, Knowledge Management and End-End
FCAPS
V. CONCLUSIONIn the last paper, the concept of Social OSS and its relevant to
service providers (everyone who provides services are put in this
category Carriers, Network providers, content providers and so
on) were explained in detail. Introduced the concept of SLO
(Service Level objects) and how it can provide various class of
services. It was also mentioned that Fujitsu would continue to
develop this concept and build an eco system around it.
In the current paper it is described how we have moved from the
concept to reality. Fujitsu did build a system using its past
experience and are in the process of taking it to the service
providers for testing. Still lot of work needs to be done before itcan be put to use on a massive scale.
By deploying Social OSS services over the cloud it is possible to
create a new breed of Information center services.
Diagram 4 : OSS services summary
Social OSS by design collects many operational parameters of
services that are deployed, systems that run these services and
Players (users) who uses these systems and services. To top it all
since all these systems are deployed over the cloud it is possible to
centralize every bit of information
Some of the example information center services include:
- Risk detection and new awareness
- Situation management and sign management
Other OSS services example include
z Next Generation Cloud DC, MSP, OSS for SystemIntegration and Services
-Improvement for quality of operation/quick recovery,
for integrated organization
-Control based on SLA and visualization of action lists
between operation servers.
z Information Center Business with Operation knowhow byusing the cloud
-Visualization of nation wide bridge repair plan/DB and
maintenance knowhow use
Roundabout information for repair/construction
planning
Information center/Outsourcing business model for
local government
z OSS for Service Provider, connecting RFID, networksensors, Home GW, etc. by using the cloud
-Monitoring, requesting, claiming, solving the status of
service and application
Lifecycle maintenance and repair parts management
for airline industry, etc.
Next step for Social OSS is to find out how the information
collected by deploying such systems can be utilized for enhancing
the operational efficiency of each of its users over a period of time.We strongly believe that by analyzing the information collected it
is possible to build better systems and also provide numerous other
services to end users
VI. REFERENCE[Ref. 1] Miyuki. Sato, Kiyoh Nakamura, Sharad Kumar, David Liu, Rao Mikkilineni,
End-To-End Multimedia Service Management: Enabling Collaboration In a
Distributed Enterprise Environment, Pacific Telecommunications Conference,
Hawaii, Jan. 1996
[Ref. 2] Miyuki. Sato, Fu-Tin Man, Rao Mikkilineni, A 21st
Century Solution
Platform for Telecommunications Service Providers in the Pacific Rim, Pacific
Telecommunications Conference, Hawaii, Feb. 2000
[Ref. 3] Miyuki. Sato, Fu-Tin Man, Dense Wavelength Division Multiplexing
Network Management, SubOptic2001, May 2001
[Ref. 4] Miyuki. Sato, Fu-Tin Man, Service Management of MPLS-Based Virtual
Private Networks, MPLS/GMPLS World Regional Conference, Mar. 2003
[Ref. 5] Michael Armbrust, Armando Fox, Rean Griffith, Anthony D. Joseph, Randy
Katz, Andy Konwinski, Gunho Lee, David Patterson, Ariel Rabkin, Ion Stoica, and
Matei Zaharia, Above the Clouds: A Berkeley View of Cloud Computing, EECS
Department, University of California, Berkeley, Technical Report No.
UCB/EECS-2009-28, February 10, 2009
[Ref. 6] Riichirou Take, "Virtualized IT Platform for Cloud Computing Era", Fujitsu
Volume60 No.3 , May 2009
[Ref. 7] A. Weiss. Computing in the clouds. Networker,
11(4):1625, Dec. 2007.
[Ref. 8] R. Buyya, C. S. Yeo, and S. Venugopal, Market oriented cloud computing:
Vision, hype, and reality for delivering IT services as computing utilities. In
Proceedings of the 10th IEEE International Conference on High Performance
Computing and Communications, 2008.
[Ref. 9] Riichirou Take, "Virtualized IT Platform for Cloud Computing Era", Fujitsu
Volume60 No.3, May 2009
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[Ref. 10] Miyuki. Sato, Creating Next Generation Cloud Computing based Network
Services and The Contributions of Social Cloud Operation Support System (OSS) to
Society, Proceedings of the 2009 18th IEEE International Workshops on Enabling
Technologies: Infrastructures for Collaborative Enterprises
87