TIA-41 730-E-2004 Part 730 Wireless Radiotelecommunications Intersystem Operations C WIN Distributed Plane and Model《Part 730 无绳无线电通信内部系统操作 WIN分配面和模型》.pdf

《TIA-41 730-E-2004 Part 730 Wireless Radiotelecommunications Intersystem Operations C WIN Distributed Plane and Model《Part 730 无绳无线电通信内部系统操作 WIN分配面和模型》.pdf》由会员分享，可在线阅读，更多相关《TIA-41 730-E-2004 Part 730 Wireless Radiotelecommunications Intersystem Operations C WIN Distributed Plane and Model《Part 730 无绳无线电通信内部系统操作 WIN分配面和模型》.pdf（16页珍藏版）》请在麦多课文档分享上搜索。

1、 TIA-41.730-E (Revision of TIA-41.D) October 2010 Part 730: Wireless Radiotelecommunications Intersystem Operations WIN DistributedPlane and Model ANSI/TIA-41.730-E-2004 APPROVED: APRIL 20, 2004 REAFFIRMATION: SEPTEMBER 1, 2010 NOTICE TIA Engineering Standards and Publications are designed to serve

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6、regulatory limitations before its use. (From Standards Proposal No. 3-3590.730-RV5, formulated under the cognizance of the TIA TR-45.2 Subcommittee on Wireless Intersystem Technology.) Published by TELECOMMUNICATIONS INDUSTRY ASSOCIATION 2002 Standards and Technology Department 2500 Wilson Boulevard

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18、S HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. TIA-41-730-E123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-1 WIN DISTRIBUTED FUNCTIONAL MODELPART 7301 WIN DISTRIBUTED FUNCTIONAL MODELFigure 1 sho

19、ws the DFP model for WIN. This diagram depicts the functional entities andrelationships applicable to WIN. This diagram is based on the generic IN DFP model described inITU-T recommendation Q.1224. A general explanation of functional entities, relationships, and theITU IN DFP model are contained in

20、Q.1224.TIA-41-730-EWIN DISTRIBUTED FUNCTIONAL MODEL123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-2Figure 1 WIN Distributed Functional ModelFunctional modeling facilitates the development of information flows between the FEs in mode

21、lingnetwork functionality and services. This model has been developed to be non-service specific. It isa functional model and does not imply any limitations regarding physical implementations ordistribution of functions to physical platforms. Annex C provides an example mapping of these FEsto NEs. S

22、uch mapping facilitates the development of protocols between NEs.to any FESMAF SMF SCEFSDF SCF SRFSSFCCFCCFSCFRACFACFACFRACFRCFRTFLegendAuthentication Control Function Call Control Function Functional Entity Location Registration Function - HLR Location Registration Function - VLR Mobile Station Acc

23、ess Control Function Radio Access Control Function Radio Control Function Radio Terminal Function Service Creation Environment Function Service Control Function Service Data Function Service Management Access Function Service Management Function Specialized Resource Function Service Switching Functi

24、onACF CCF FE LRF LRF MACF RACF RCF RTF SCEF SCF SDF SMAF SMF SRF SSFHVLRFVLRFHMACFTIA-41-730-E123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-3 WIN Functional Model1.1 WIN Functional ModelThe WIN DFP is based on the DFP for IN CS-2.

25、The Authentication Control Function (ACF),Location Registration Function (LRF), Mobile Station Access Control Function (MACF), RadioAccess Control Function (RACF), Radio Control Function (RCF) and Radio Terminal Function(RTF) functional entities provide functionality specifically related to wireless

26、 access and mobility.Requirements for the Service Management Function (SMF), Service Creation EnvironmentFunction (SCEF) and Service Management Access Function (SMAF) functional entities and relatedinterfaces are for further study.1.2 WIN Functional EntitiesThe WIN functional entities provide the fo

27、llowing functionality:1.2.1 Authentication Control Function (ACF)The Authentication Control Function (ACF) provides the service logic and service data function toprovide authentication, voice privacy and signaling message encryption functions. The ACF:a. interacts with the SCF, LRFH, LRFV,RACF and o

28、ther ACF functional entities for theauthentication of mobile stationsb. maintains the authentication parameters for the MSc. authenticates the MS accessd. computes the voice privacy mask and signaling message encryption key for MS originationand page response accessese. updates the MSs authenticatio

29、n parametersf. provides trigger mechanisms to access WIN service logic (for further study)1.2.2 Call Control Function (CCF)The Call Control Function (CCF) provides call and service processing and control. The CCF:a. establishes, manipulates and releases call and connection as requested by the MACF,R

30、ACF, RCF and by other CCF functional entitiesb. provides the capability to associate and relate RCF functional entities, and other CCFfunctional entities that are involved in a particular call and/or connection instance (that maybe due to SSF requests)c. manages the relationship between RCF function

31、al entities and between other CCFfunctional entities involved in a call (e.g. supervises the overall perspective of the call andconnection)d. interacts with the MACF and RACF to establish an information exchange path (e.g., calldelivery, short message delivery) to an MSe. provides trigger mechanisms

32、 to access WIN functionality (e.g., passes events to the SSF)TIA-41-730-EWIN Functional Entities123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-41.2.3 Location Registration Functions (LRFH, LRFV)The Location Registration Function (LR

33、F) provides the service logic and service data function tomanage the mobility aspects for wireless users. There are two complementary LRF FEs: LRFHandLRFV.The LRFH:a. interacts with the LRFVand MACF1functional entities to maintain the location andactive/inactive status for mobile stationsb. maintain

34、s the subscriber profile (e.g., switch-based features, triggers) and interacts with theLRFVfunctional entity to transfer and update the subscriber profilec. interacts with the LRFVfunctional entity to provide a routing address for establishment ofan information exchange path (e.g., call delivery, sh

35、ort message delivery)d. interacts with the ACF functional entity to provide authentication, voice privacy andsignaling message encryption for mobile stations.e. maintains mobile station access information (e.g., SMS pending flag)f. provides trigger mechanisms to access WIN service logic at an SCF (f

36、or further study)The LRFV:a. interacts with the LRFHand MACF functional entities to maintain the location andactive/inactive status for mobile stationsb. stores the subscriber profile (e.g., switch-based features, triggers) and interacts with theLRFHand the MACF functional entities to transfer and u

37、pdate the subscriber profilec. interacts with the LRFHand the MACF functional entities to provide a routing address forestablishment of an information exchange path (e.g., call delivery, short message delivery)d. interacts with the ACF functional entity to provide authentication, voice privacy andsi

38、gnaling message encryption for mobile stationse. at the request of the LRFHfunctional entity, interacts with the MACFfunctional entity toprovide mobile station notification informationf. provides trigger mechanisms to access WIN service logic at an SCF (for further study)1.2.4 Mobile Station Access

39、Control Function (MACF)The Mobile Station Access Control Function (MACF) stores subscriber data and dynamicallyassociates system resources with a particular set of call instance data. The MACF:a. interacts with the LRFH2,LRFVand RACF functional entities to maintain the location andactive/inactive st

40、atus for mobile stations1This is for cases when the mobile station is in the home system.2This is for cases when the mobile station is in the home system.TIA-41-730-E123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-5 WIN Functional En

41、titiesb. stores the subscriber profile (e.g., switch-based features, triggers) and interacts with theSSF/CCF and with the LRFVfunctional entities to transfer and update the subscriber profilec. provides subscriber profile information (e.g., switch-based services, triggers) andauthorization informati

42、on to the CCF and RACF functional entitiesd. maintains the mobile station access information (e.g., SMS pending flag)e. interacts with the RACF and LRFVfunctional entities to provide a routing address forestablishment of an information exchange path (e.g., call delivery, short message delivery)to an

43、 MSf. interacts with the RACF functional entity to establish an information exchange path(e.g., call delivery, short message delivery) to an MSg. interacts with the RACF functional entity to verify the presence of the mobile stationh. at the request of the LRFVfunctional entity, interacts with the R

44、ACFfunctional entity toprovide mobile station notification informationi. interacts with the LRFVfunctional entity to provide the paging strategy to the RACFfunctional entity to verify the presence of the mobile stationj. provides trigger mechanisms to access WIN service logic (for further study)1.2.

45、5 Radio Access Control Function (RACF)The Radio Access Control Function (RACF) provides the service logic and service datafunctionality specifically related to the radio link. The RACF:a. interacts with the CCF, ACF, MACF, RCF and with other RACF functional entities in theprocessing of call, non-cal

46、l, or service related functionsb. interacts with the CCF and MACF to establish an information exchange path (e.g., calldelivery, short message delivery) to an MSc. interacts with the ACF to authenticate the MS accessd. interacts with the MACF to provide a routing address for establishment of an info

47、rmationexchange path (e.g., call delivery, short message delivery)e. manages the RCF functions for associated RCFsf. provides radio access control functions such as assignment of radio resourcesg. interacts with the associated RCF and with other RACF functional entities to coordinatehandoff activiti

48、es, including the determination of target RCFs, handoff decision andhandoff completionh. interacts with other RACF functional entities to process border cell operationsi. contains service logic functionality to handle service requests that are specific to radiobearer requirementsj. executes mobile s

49、tation pagingTIA-41-730-EWIN Functional Entities123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960730-61.2.6 Radio Control Function (RCF)The Radio Control Function (RCF) provides the radio port and radio port control. The RCF:a. establishes, manipulates and releases call/connection as “requested” by the RACF, CCF,and RTFb. provides radio functions including carrier generation, signal amplification, selectivefiltering, modulation and demodulation, radio channel assignment and supervisionc. provides interconnection between t