TIA-1038-2009 Signaling Conformance Test Specification for cdma2000 Location Services《cdma2000定为服务的信令一致性试验规范》.pdf

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18、DAMAGES IS A FUNDAMENTAL ELEMENT OF THE USE OF THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. C.S059-0 v1.0 ii 1 CONTENTS 2 1 Introduction 1-1 3 1.1 General Description1-1 4 1.2 References.1-2 5 1.3 Definitions, Symbols and Abreviations1-3 6 1.4 Setup

19、 and Chanel conditions.1-5 7 2 MS response elements2-1 8 2.1 Provide MS Information2-1 9 2.2 Provide Autonomous Measurement Weighting Factors2-2 10 2.3 Provide Pseudorange Measurement2-3 11 2.4 Provide Pilot Phase measurement.2-5 12 2.5 Provide Location Response2-6 13 2.6 Provide Time Ofset Measurem

20、ent.2-8 14 2.7 Provide Cancelation Acknowledgement2-9 15 3 Location Request (GPS).3-11 16 3.1 Mobile Station Terminated Location Request Originated on Dedicated Chanel (MS 17 Asisted).3-11 18 3.2 Mobile Station Terminated Location Request Originated on Dedicated Chanel (MS 19 Based).3-13 20 4 Locati

21、on Request (AFLT)4-17 21 4.1 Location Request Originated on Dedicated Chanel.4-17 22 5 Location Request (Hybrid).5-19 23 5.1 Mobile Station Terminated Cal, Location Request Originated on Dedicated Chanel (MS 24 Asisted).5-19 25 6 Cal Procesing.6-22 26 6.1 Mobile Station Cal Origination, Location Req

22、uest Restricted to Emergency Cals.6-22 27 6.2 Mobile Station Cal Back, Location Request Restricted to Emergency Cals6-24 28 6.3 Mobile Station Cal Origination, Location Request Restricted to due to Privacy mode.6-27 29 7 ANEX A (Informative).7-31 30 7.1 Figures.7-31 31 8 ANEX B GPS Simulator Setings

23、 (Informative).8-32 32 33 34 35 C.S059-0 v1.0 FOREWORD 1 (This foreword is not part of this Standard.) 2 This Specification was prepared by Technical Specification Group C of the Third Generation 3 Partnership Project 2 (3GP2). This Specification is the first revision of the document and tests the 4

24、 signaling conformance requirements of the C.S02-0 (Position Determination Service for 5 cdma2001Spread Spectrum Systems) specification. Other signaling conformance specifications 6 such as C.S043-0 (Signaling Conforance Test Specification for cdma200 Spread Spectrum 7 Systems) do not cover Position

25、 Determination Services signaling conformance test. 8 SCOPE 9 The objective of these tests is to demonstrate mobile station compliance to Position Determination 10 Services mesaging and protocol requirements in the cdma200 family of standards, with emphasis 11 on the reference (contained in ), indic

26、ated in the Traceability sections of each test case. This 12 standard does not adres al posible test cases. 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 1cdma200is the trademark for the technical nomenclature for certain specifications and standards of the Organizational Partners (

27、OPs) of 3GP2. Geographicaly (and as of the date of publication), cdma200 is a registered trademark of the Telecomunications Industry Asociation (TIA-USA) in the United States. C.S059-0 v1.0 iv No Text 1 2 3 4 C.S059-0 v1.0 1-1 1 Introduction 1 2 1.1 General Description 3 This specification defines P

28、osition Determination Services signaling conformance tests for CDMA 4 mobile stations. In this document, mobile station refers to a subscriber terminal, handset, PDA, 5 wireles local lop unit, or any other subscriber terminal that comunicates with the base station at 6 the air interface. Base statio

29、n refers to the composite functionality of the base station and conected 7 network elements or emulators. 8 Execution Strategy: Separate signaling conformance tests are specified for mobile stations. Tests are 9 typicaly performed using an emulator to interface with the unit under test, with a cable

30、d conection 10 for the RF interface. Any test should be executed only if unit under test suports coresponding 11 feature. 12 13 14 C.S059-0 v1.0 1-2 1.2 References 1 2 1.2.1 Normative References 3 The folowing standards are referenced in this text. At the time of publication, the 4 editions indicate

31、d were valid. Al standards are subject to revision, and parties to 5 agrements based on this standard are encouraged to investigate the posibility of 6 aplying the most recent editions of the standards indicated below. ANSI and TIA 7 maintain registers of curently valid national standards published

32、by them. 8 1 3GP2 C.S02-0 v3.0 Position Determination Service Standard for 9 Dual-Mode Spread Spectrum Systems, March 201 10 2 3GP2 C.S005-C, Uper Layer (Layer 3) Signaling Standard for 11 cdma200 Spread Spectrum Systems, May 202. 12 13 14 15 C.S059-0 v1.0 1-3 1.3 Definitions, Symbols and Abreviatio

33、ns 1 2 1.3.1 Suplementary Terms and Definitions 3 4 Advanced Forward Link Trilateration (AFLT). 5 A geolocation technique that utilizes the mobile stations measured time of arival of radio 6 signals from the base stations (and, posibly, other terestrial measurements). 7 AFLT. 8 Se Advanced Forward L

34、ink Trilateration. 9 Almanac. 10 Se GPS Almanac. 11 Asistance Data. 12 The asistance data provided by the base station to the mobile station for various purposes 13 (e.g., acquisition, location calculation or sensitivity improvement). 14 Base Station. 15 The base station includes the transceiver equ

35、ipment, Mobile Switching Center (MSC), Mobile 16 Positioning Center (MPC), Position Determination Entity (PDE) and any Inter-Working 17 Function (IWF) required for network conection. 18 C/N0. 19 The ratio of carier signal power (C) to the power spectral density of background noise (N0).20 DBM. 21 Da

36、ta Burst Mesage. 22 Ephemeris. 23 The ephemeris data embeded in the GPS signal. The precise (high acuracy) orbital 24 parameters of one GPS satelite, as transmited by that satelite in GPS subframes 1, 2, and 3. 25 The ephemeris also includes satelite clock corection. 26 Fix. 27 The proces of perform

37、ing position computation. 28 Frame. 29 Se GPS Navigation Mesage Frame. 30 GPS. 31 Global Positioning System. 32 GPS Almanac. 33 The almanac data embeded in the GPS signal. The almanac data are a reduced-precision 34 subset of the clock and ephemeris parameters for al satelites, as transmited by ever

38、y satelite 35 in GPS subframes 4 and 5. 36 Location. 37 C.S059-0 v1.0 1-4 The terms “location” and “position” are used interchangeably throughout this document. In 1 this respect, the definition of the term difers from the historic use of location in wireles 2 systems to identify the mobiles curent

39、serving system. Se Position. 3 Mobile Station (MS). 4 A station that comunicates with the base station. 5 Mobile Station Originated Mesage. 6 A mesage originating from a mobile station. 7 Mobile Station Terminated Mesage. 8 A mesage received by a mobile station. 9 ms. 10 Milisecond (10-3second). 11

40、MS. 12 Se Mobile Station. 13 MSC. 14 Se Mobile Switching Center. 15 PDE. 16 Se Position Determination Entity. 17 PN Ofset. 18 The PN ofset measured in units of 64 PN chips of a pilot, relative to the zero-ofset pilot PN 19 sequence. 20 Position. 21 The geographic position of the mobile station expre

41、sed in latitude and longitude. 22 Position Determination Entity (PDE). 23 A network entity which manages the position or geographic location determination of the 24 mobile station. 25 PDM. 26 Position Determination Data Mesage. 27 s. 28 Second. 29 Sensitivity. 30 The minimum level (dBm) of received

42、GPS signal at mobile station that alows the 31 determination of the geolocation of the mobile station. 32 PRN Number. 33 The GPS PRN signal number as defined in ICD-GPS-20C, table 3-I. 34 Unsolicited Response. 35 A response element that is isued in the absence of the coresponding request element. 36

43、 Weighting Factor. 37 C.S059-0 v1.0 1-5 Weighting factor is a weight aplied to the GPS measurement as part of a Weighted Least 1 Squares Filter (WLSF) implementation of the navigation algorithm used by the mobile station 2 to compute its position. 3 4 1.4 Setup and Chanel conditions 5 Table 1.4-1 Sa

44、telite Signal Levels 6 Satelite PRN Number Signal Level (dBm) C/No (dB-Hz) 3, 14, 15, 17, 18, 21, 29, 31 -130 44 7 8 1.4.1 Chanel Conditions 9 Unles specified otherwise in a test case, chanel conditions for a test shal be set to have 10 low FER. 11 Base stations should be configured for normal opera

45、tion as specified in IS-200 unles 12 otherwise specified in a specific test. 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 C.S059-0 v1.0 1-6 No Text 1 2 C.S059-0 v1.0 2-1 2 MS response elements 1 2 2.1 Provide MS Information 3 2.1.1 Definition 4 This wil demonstrate the Mobile Stations ability to res

46、pond to a Provide MS 5 Information request element 6 7 2.1.2 Traceability 8 (Se 1) 9 3.2.2.3.3.1 Request MS Information 10 11 2.1.3 Method Of Measurement 12 a. Conect a base station simulator to the mobile station as shown in Figure 7.1-1. 13 b. Configure the mobile station to operate in a band clas

47、 it suports. 14 c. Configure the base station acording to the standard test parameters listed in 1.4.1. 15 d. Power up the mobile station. 16 e. Setup a mobile station originated cal using a dialed number or Service Option that 17 trigers the PDE to start a position determination sesion. 18 f. Instr

48、uct the base station to send a position determination Data Burst Mesage with 19 burst type 00101 that includes a Position Determination Data Mesage to start a 20 sesion (SES_START = 1) and Request Mobile Station Information (REQ_TYPE = 21 010). 22 g. Verify the mobile station sends a position determ

49、ination Data Burst Mesage with a 23 burst type 00101 that includes a Position Determination Data Mesage with 24 Provide Mobile Station Information (RESP_TYPE = 010) within 750 ms. 25 h. Record the values returned by the mobile station. 26 i. Power down the mobile station. 27 28 29 2.1.4 Minimum Standard 30 The mobile station shal comply with step g. 31 C.S059-0 v1.0 2-2 2.2 Provide Autonomous Measurement Weighting Factors 1 2.2.1 Definition 2 This wil demonstrate the Mobile Stations ability to respond to a Provide Autonomous 3 Measurement Weighting Factors req