List of OMA enabler can be found this palce.
Some terms from OMA:
Service Execution Environment: A platform on which an entity is authorised to perform a number of functionalities;examples of service execution environments are the user equipment, integrated circuit card and a network platform or any
other server.
Service: A selection from the portfolio of offerings made available by a service provider, which the user may subscribe to and be optionally charged for. A service may utilize one or more service enablers.
OMA Service Environment: this is the environment in which OMA enabler implementations are deployed. This OMA Service Environment (OSE) architecture consists of components and the interfaces to be used to those components. Service enabler implementations must be developed according to OMA specifications and provide/use interfaces defined by the
specifications.
Enabler: A technology intended for use in the development, deployment or operation of a Service; defined in a specification, or group of specifications, published as a package by OMA.
Enabler Release: Collection of specifications that combined together form an enabler for a service area, e.g. a download enabler, a browsing enabler, a messaging enabler, a location enabler, etc. The specifications that are forming an enabler should combined fulfill a number of related market requirements.
Saturday, 7 July 2007
My thesis comment on Service Arechitecture
Next Generation Service Architecture has two flavour.
1. OMA Service Architecture
2. Mobilife Service Architecture.
OMA defines IMS Enabler and services.
IMS application needed following functionality from IMS core.
Network functionality Interfaces: Sh,ISC,Ut,Ro,RF
Application triggering Interfaces: ISC,Sh
Network Information Interfaces: Sh,Dh,ISC
Network Resource Interaces: Sh,ISC,Ut,Ro,Rf
Source:FOKUS
I have seen the similarity between OSE and Parlay.Similarity is that Parlay solution either in Parlay or ParlayX can be used in conjunction with OSE when OMA enablers are using IO interface.
Source: Comparing OMA OSE and Parlay Architecture from Parlay group.
1. OMA Service Architecture
2. Mobilife Service Architecture.
OMA defines IMS Enabler and services.
IMS application needed following functionality from IMS core.
Network functionality Interfaces: Sh,ISC,Ut,Ro,RF
Application triggering Interfaces: ISC,Sh
Network Information Interfaces: Sh,Dh,ISC
Network Resource Interaces: Sh,ISC,Ut,Ro,Rf
Source:FOKUS
I have seen the similarity between OSE and Parlay.Similarity is that Parlay solution either in Parlay or ParlayX can be used in conjunction with OSE when OMA enablers are using IO interface.
Source: Comparing OMA OSE and Parlay Architecture from Parlay group.
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