TIA-902 BAAF-2003 Wideband Air Interface Mobility Management (MM) Layer Specification - Public Safety Wideband Data Standards Project Digital Radio Technical Standards《宽带空中接口移动性管理层.pdf

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1、 TIA DOCUMENT Wideband Air Interface Mobility Management (MM) Layer Specification - Public Safety Wideband Data Standards Project Digital Radio Technical Standards TIA-902.BAAF MAY 2003 TELECOMMUNICATIONS INDUSTRY ASSOCIATION The Telecommunications Industry Association represents the communications

2、sector of Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-NOTICE TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstanding

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4、 or non-member of TIA from manufacturing or selling products not conforming to such Publications. Neither shall the existence of such Documents preclude their voluntary use by non-TIA members, either domestically or internationally. TIA DOCUMENTS TIA Documents contain information deemed to be of tec

5、hnical value to the industry, and are published at the request of the originating Committee without necessarily following the rigorous public review and resolution of comments which is a procedural part of the development of a American National Standard (ANS). Further details of the development proc

6、ess are available in the TIA Engineering Manual, located at http:/www.tiaonline.org/standards/sfg/engineering_manual.cfm TIA Documents shall be reviewed on a five year cycle by the formulating Committee and a decision made on whether to reaffirm, revise, withdraw, or proceed to develop an American N

7、ational Standard on this subject. Suggestions for revision should be directed to: Standards however, a great deal of time and good faith effort has been invested in the preparation of this document to ensure the accuracy of the information it contains. While all reasonable efforts have been made to

8、ensure the accuracy of this document, it should be understood that significant work remains in fully developing the standard series and this document will be updated as necessary. Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networki

9、ng permitted without license from IHS-,-,-TIA-902.BAAF WAI Mobility Management Layer Specification ii Patent Identification The readers attention is called to the possibility that compliance with this document may require the use of one or more inventions covered by patent rights. By publication of

10、this document, no position is taken with respect to the validity of those claims or any patent rights in connection therewith. The patent holders so far identified have, we believe, filed statements of willingness to grant licenses under those rights on reasonable and nondiscriminatory terms and con

11、ditions to applicants desiring to obtain such licenses. The following patent holders and patents have been identified in accordance with the TIA intellectual property rights policy: None currently identified TIA shall not be responsible for identifying patents for which licenses may be required by t

12、his document or for conducting inquiries into the legal validity or scope of those patents that are brought to its attention. Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-WAI Mobility

13、 Management Layer Specification TIA-902.BAAF iii TABLE OF CONTENTS 1. SCOPE1 2. TERMS 2 3. GENERAL MM LAYER DES CRIPTION 3 3.1 NETWORK REGISTRATION 3 3.1.2 Unit Registration 5 3.1.3 Location Registration5 3.1.4 Location Area Paging5 3.1.5 Network Registration Sequence Example5 3.2 MRC AUTHENTICATION

14、 5 3.3 RADIO RESOURCE MANAGEMENT . 5 3.4 MRC NEGOTIATED ABSENCE . 6 3.5 INFORMATION FLOW INSIDE THE MM 6 3.6 INTERFACE TO MRC/FNE SERVICE USERS. 6 3.7 INTERFACE TO LLC LAYER 7 3.8 MRC INFORMATION STORAGE 8 4. MM OPERATION.9 4.1 MM STATE TRANSITION DIAGRAM. 9 4.1.1 Closed State.10 4.1.2 Channel Hunt

15、State (MRC Only).10 4.1.3 Camped State (MRC Only) .11 4.1.4 Unit Registration State11 4.1.5 Location Registration State11 4.1.6 Open State12 4.2 SYSTEM BROADCAST OPERATION . 13 4.2.1 Additional Channel Status Broadcast Procedures13 4.2.2 Adjacent Status Broadcast Procedures 13 4.2.3 Channel Identifi

16、er Update Broadcast Procedures.13 4.2.4 System Identification Broadcast Procedures.14 4.2.5 System Time and Data Broadcast Procedures.14 4.3 MRC CHANNEL ACQUISITION OPERATION 15 4.3.1 MRC Controlled (Type 1) Procedures15 4.3.2 FNE Controlled (Type 2) Procedures.17 4.4 MRC CONFIGURATION OPERATION. 19

17、 4.4.1 MRC Configuration Procedures19 4.5 MRC REGISTRATION OPERATION. 20 4.5.1 Overview.20 4.5.2 Unit Registration Procedures.20 4.5.3 Location Registration Procedures 22 4.5.4 Location Area Paging Procedures23 4.6 MRC AUTHENTICATION OPERATION 24 Copyright Electronic Industries Alliance Provided by

18、IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-TIA-902.BAAF WAI Mobility Management Layer Specification iv 4.6.1 Overview.24 4.6.2 Authentication Procedures.24 4.7 RADIO RESOURCE MANAGEMENT OPERATION. 26 4.7.1 Overview.26 4.7.2 MRC Initia

19、ted RRM Procedures 26 4.7.3 FNE Initiated RRM Procedures .27 4.8 MRC NEGOTIATED ABSENCE OPERATION. 29 4.8.1 Overview.29 4.8.2 Negotiated Absence Procedures29 4.8.3 Broadcast Information.30 4.8.4 Negotiated Absence State Transition Diagrams.30 4.8.5 Successful Example of Negotiated Absence Procedures

20、 .34 5. MM PDU FORMAT DEFINITION35 5.1 GENERAL MM PDU FORMAT 35 5.2 MM FORMAT SUMMARY 36 5.3 INBOUND FNE PDUS 37 5.3.1 Authentication Response (W_AUTH_RES)37 5.3.2 Channel Request (W_CHN_REQ) .38 5.3.3 Channel Signal Quality Indication (W_CSQ_IND).38 5.3.4 Configuration Request (W_CNF_REQ) .39 5.3.5

21、 Negotiated Absence Request (W_NEG_ABS_REQ) .39 5.3.6 Location Area Page Response (W_LA_PAGE_RES) .40 5.3.7 Location Registration Request (W_LOC_REG_REQ) .40 5.3.8 Unit Deregistration Command (W_U_DEREG_CMD)41 5.3.9 Unit Registration Request (W_U_REG_REQ).41 5.4 OUTBOUND FNE PDUS 43 5.4.1 Authentica

22、tion Command (W_AUTH_CMD) 43 5.4.2 Authentication Result (W_AUTH_RST)44 5.4.3 Channel Command (W_CHN_CMD) 44 5.4.4 Configuration Response (W_CNF_RES) .45 5.4.5 Channel Signal Quality Command (W_CSQ_CMD) .46 5.4.6 Location Area Page Request (W_LA_PAGE_REQ) .46 5.4.7 Location Registration Response (W_

23、LOC_REG_RES).47 5.4.8 Negotiated Absence Command (W_NEG_ABS_CMD)47 5.4.9 Unit Registration Command (W_U_REG_CMD) .48 5.4.10 Unit Registration Response (W_U_REG_RES) .48 5.5 FNE BROADCAST PDUS. 50 5.5.1 Adjacent Status Broadcast Type 1 (W_ADJ_STS1_BCST) .50 5.5.2 Adjacent Status Broadcast Type 2 (W_A

24、DJ_STS2_BCST) .51 5.5.3 Additional Channel Broadcast (W_ADC_STS_BCST) .52 5.5.4 Channel Identifier Update Broadcast PDU Type 1 (W_IDEN_UP1_BCST) .53 5.5.5 Channel Identifier Update Broadcast PDU Type 2 (W_IDEN_UP2_BCST) .54 5.5.6 System Identification Broadcast (W_SYS_ID_BCST) 55 5.5.7 Time and Date

25、 Broadcast (W_TME_DAT_BCST) 56 6. MM INFORMATION FIELD DEFINITION 57 6.1 MM PDU FIELDS 57 6.1.1 Site Network Flag (A)57 6.1.2 Bandwidth Capability (BWC)57 Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without lice

26、nse from IHS-,-,-WAI Mobility Management Layer Specification TIA-902.BAAF v 6.1.3 Base Frequency (BFQ) 57 6.1.4 Broadcast Period (BP) 57 6.1.5 Configuration Request Flow Control (CF) .58 6.1.6 Challenge Data (CLD) 58 6.1.7 Channel 58 6.1.8 Channel Bandwidth (CBW) 58 6.1.9 Channel Index (CI).59 6.1.1

27、0 Channel Request Flow Control (CR) 59 6.1.11 Channel Signal Quality (CSQ).59 6.1.12 Channel Service Class (CSC).60 6.1.13 Channel Spacing (CSP).60 6.1.14 Channel Loading (CHLD) .61 6.1.15 Command Value (CV).61 6.1.16 Date61 6.1.17 Handover Flag (H)62 6.1.18 Handover Type Commanded (HTC).62 6.1.19 H

28、andover Type Supported (HTS).62 6.1.20 Electronic Serial Number (ESN)62 6.1.21 Frame Number (FN)63 6.1.22 Link Status (LS).63 6.1.23 Local Time Offset (LTO)63 6.1.24 Location Area (LA) .63 6.1.25 Location Registration Area (LRA) .63 6.1.26 MultiFrame Number (MFN)63 6.1.27 Negotiated Absence Flow Con

29、trol (NA).63 6.1.28 Page Options (PO) 64 6.1.29 Pilot / Sync Code Set (PSC)64 6.1.30 Presence Duration (PD).64 6.1.31 Random Seed (RS).64 6.1.32 Registration Value (RV).64 6.1.33 Result Code (RC).65 6.1.34 Result Data (RSD) .65 6.1.35 Requested / Granted Rendezvous Period (RRP/GRP) 65 6.1.36 RFSS Id

30、entifier (RFSS ID) .65 6.1.37 Site Index (SI).66 6.1.38 Signal Quality Flow Control (SQ).66 6.1.39 Signal Quality Offset (SQO) 66 6.1.40 Rendezvous Slot Number (RFN).66 6.1.41 Rendezvous Slot Number (RMFN) .66 6.1.42 Rendezvous Slot Number (RSN) .66 6.1.43 MRC Unit Identifier (SUID).66 6.1.44 System

31、 Identifier (SYS ID) 67 6.1.45 Site Index (SI).67 6.1.46 Site Identifier (Site ID) .67 6.1.47 Site Type Indication (STI)68 6.1.48 Time 68 6.1.49 Site Validity Flag (V) .68 6.1.50 Unit Identifier (UID) .69 6.1.51 Transmit Offset (TXO) .69 6.1.52 Validity of Date (VD) 69 6.1.53 Validity of Local Time

32、Offset (VL) 69 6.1.54 Validity of Time (VT).69 6.1.55 Version Number (VER) .70 6.1.56 Wide Area Communication Network Identifier (WACN) .70 Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-

33、,-TIA-902.BAAF WAI Mobility Management Layer Specification vi 6.1.57 Wireless Protocol Support (WPS) 70 6.1.58 Working Unit ID (WUID)71 6.2 MM VARIABLE FIELDS 72 6.2.1 Broadcast Timing72 6.2.2 MM Response Timing.72 7. REFERENCES 73 Copyright Electronic Industries Alliance Provided by IHS under licen

34、se with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-WAI Mobility Management Layer Specification TIA-902.BAAF vii Table of Figures FIGURE 1. GENERAL WIDEBAND DATA SYSTEM MODEL. 1 FIGURE 2. MOBILITY MANAGEMENT AREA DIAGRAM . 4 FIGURE 3. MRC MM STATE TRANSITION

35、 DIAGRAM . 9 FIGURE 4. FNE MM STATE TRANSITION DIAGRAM. 10 FIGURE 5. SUCCESSFUL MRC TYPE 1 CHANNEL ACQUISITION EXAMPLE MSC. 16 FIGURE 6. SUCCESSFUL TYPE 2 CHANNEL ACQUISITION EXAMPLE MSC. 18 FIGURE 7. SUCCESSFUL MRC CONFIGURATION EXAMPLE MSC 19 FIGURE 8. SUCCESSFUL MRC UNIT REGISTRATION EXAMPLE MSC.

36、 21 FIGURE 9. SUCCESSFUL LOCATION REGISTRATION EXAMPLE MSC 22 FIGURE 10. SUCCESSFUL LOCATION AREA PAGING EXAMPLE MSC 23 FIGURE 11. SUCCESSFUL MRC AUTHENTICATION EXAMPLE MSC. 25 FIGURE 12. SUCCESSFUL MRC RRM PROCEDURE EXAMPLE MSC . 27 FIGURE 13. SUCCESSFUL FNE RRM PROCEDURE EXAMPLE MSC. 28 FIGURE 14.

37、 MRC NEGOTIATED ABSENCE STATE TRANSITION DIAGRAM . 31 FIGURE 15. FNE NEGOTIATED ABSENCE STATE TRANSITION DIAGRAM . 31 FIGURE 16. SUCCESSFUL MRC NA PROCEDURE EXAMPLE MSC 34 FIGURE 17. STANDARD MM PDU FORMAT 35 FIGURE 18. MFID SPECIFIC MM PDU FORMAT 35 FIGURE 19. W_AUTH_RES PDU FORMAT 37 FIGURE 20. W_

38、CHN_REQ PDU FORMAT 38 FIGURE 21. W_CSQ_IND PDU FORMAT 38 FIGURE 22. W_CNF_REQ PDU FORMAT. 39 FIGURE 23. W_NEG_ABS_REQ PDU FORMAT 39 FIGURE 24. W_LA_PAGE_RES PDU FORMAT. 40 FIGURE 25. W_LOC_REG_REQ PDU FORMAT. 40 FIGURE 26. W_U_DEREG_CMD PDU FORMAT. 41 FIGURE 27. W_U_REG_REQ PDU FORMAT 42 FIGURE 28.

39、W_AUTH_CMD PDU FORMAT . 43 FIGURE 29. W_AUTH_RST PDU FORMAT . 44 FIGURE 30. W_CHN_CMD PDU FORMAT. 44 FIGURE 31. W_CNF_RES PDU FORMAT 45 FIGURE 32. W_CSQ_CMD PDU FORMAT . 46 FIGURE 33. W_LA_PAGE_REQ PDU FORMAT 46 FIGURE 34. W_LOC_REG_RES PDU FORMAT 47 FIGURE 35. W_NEG_ABS_CMD PDU FORMAT. 47 FIGURE 36

40、. W_U_REG_CMD PDU FORMAT 48 FIGURE 37. W_U_REG_RES PDU FORMAT. 49 FIGURE 38. W_ADJ_STS1_BCST PDU FORMAT. 50 FIGURE 39. W_ADJ_STS2_BCST PDU FORMAT. 51 FIGURE 40. W_ADC_STS_BCST PDU FORMAT 52 FIGURE 41. W_IDEN_UP1_BCST PDU FORMAT . 53 FIGURE 42. W_IDEN_UP2_BCST PDU FORMAT . 54 FIGURE 43. W_SYS_ID_BCST

41、 PDU FORMAT. 55 FIGURE 44. W_TME_DAT_BCST PDU FORMAT 56 Copyright Electronic Industries Alliance Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-TIA-902.BAAF WAI Mobility Management Layer Specification viii List of Tables TABLE

42、 1. MM SERVICE PRIMITIVES. 7 TABLE 2. LLC SERVICE PRIMITIVES 7 TABLE 3. MAC SERVICE PRIMITIVES. 7 TABLE 4. MM PDU FORMAT SUMMARY. 36 TABLE 5. (A) FLAG VALUES 57 TABLE 6. (BWC) FLAG VALUES 57 TABLE 7. (CR) FLAG VALUES 58 TABLE 8. (CBW) VALUES . 59 TABLE 9. (CR) FLAG VALUES 59 TABLE 10. (CSQ) VALUES.

43、60 TABLE 11. (CSC) FIELD VALUES. 60 TABLE 12. (CHLD) FIELD VALUES 61 TABLE 13. (CV) FIELD VALUES . 61 TABLE 14. (HTC) FIELD VALUES 62 TABLE 15. (HTS) FIELD VALUES. 62 TABLE 16. (LS) FIELD VALUES 63 TABLE 17. (NA) FLAG VALUES. 63 TABLE 18. (PO) FIELD VALUES . 64 TABLE 19. (PSC) FIELD VALUES . 64 TABL

44、E 20. (RV) FIELD VALUES . 65 TABLE 21. (RC) FIELD VALUES . 65 TABLE 22. (RFSS ID) FIELD VALUES 65 TABLE 23. (SQ) FLAG VALUES 66 TABLE 24. (SYS ID) FIELD VALUES 66 TABLE 25. (SITE ID) FIELD VALUES. 67 TABLE 26. (STI) FIELD VALUES 68 TABLE 27. (V) FLAG VALUES. 69 TABLE 28. (UID) FIELD VALUES . 69 TABL

45、E 29. (VER) FIELD VALUES. 70 TABLE 30. (WACN ID) FIELD VALUES 70 TABLE 31. (WPS) FIELD VALUES 70 TABLE 32. (WUID) FIELD VALUES. 71 TABLE 33. MM BROADCAST TIMING VALUES 72 TABLE 34. MM RESPONSE TIMING VALUES. 72 DOCUMENT REVISION HISTORY Revision History Version Date Description V 0.75 7/25/02 Initia

46、l draft submitted to TR-8.5 for review. V 0.90 9/6/02 Completed draft submitted to TR-8.5 for review. V 0.95 11/08/02 Updated with comments from TR-8.5 Issue D 1/10/2003 Updated with comments from TR-8.5 Issue E 5/16/2003 Updated per PN-3-0090 Ballot Resolution Copyright Electronic Industries Allian

47、ce Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-WAI Mobility Management Specification TIA-902.BAAF 1 1. Scope The scope of this document is to define the mobility management layer, or MM layer, of the wideband air interface

48、(WAI). The wideband air interface called Uw is the interface between the fixed network equipment (FNE) and the MRC units, or directly between MRC units in a wideband system. The general wideband system model is shown in Figure 1 and illustrates the Radio to FNE Mode of operation. A Vehicular Repeate

49、r (VR) could additionally act as a relay between FS and MR when coverage limitations require the use of this local coverage area extension. ESData HostNetworkEwESNetworkManagementISSIWideband System #2FSFixed StationWidebandData AirInterfaceUwWideband System #1MobileDataPeripheralMRMobileRadioMRCMDPAwMobileRadioControlESConsole(Local or Remote)Figure 1. General Wideband Data System Model The Wideband Air Interface (WAI) re