hash stringlengths 32 32 | doc_id stringlengths 7 13 | section stringlengths 3 121 | content stringlengths 0 2.2M |
|---|---|---|---|
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 10.2.2 Measurement Procedures | T-SEN-01 (Open Area) Open Area Tracking sensitivity 1) Set the GSG parameters to generate the following scenario: - the location target at a random point within a 3 km radius of the reference location defined in clause B.1, with an altitude randomly selected between 0 m and 500 m and to continue moving along the trajec... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 10.3 Pass/fail criteria | The GBLS shall meet the requirements specified in clause 5.8 of ETSI TS 103 246-3 [3] according to the methods defined in clause 10.2.2. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 10.4 GBLS Class Allocation | The allocation of test results to GBLS classes shall be done after determining the pass/fail criteria according to the definition in clause 5.8 of ETSI TS 103 246-3 [3]. ETSI ETSI TS 103 246-5 V1.3.1 (2020-10) 28 |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11 Position Integrity (Protection Level) | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.1 Test Objectives & Case definitions | The purpose of this test is to verify the Position Integrity performance of the GBLS in terms of: • Horizontal Protection Level (HPL) expressed as the Horizontal Positioning Error (HPE) at 95 %; and • Integrity Risk, expressed as the probability that the position error exceeds the HPL. NOTE: As specified in clause 5.9 ... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.2 Method of Test | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.2.1 Initial conditions | Connect the equipment as shown in annex A and provide the test signal inputs as defined for this Performance Feature in ETSI TS 103 246-3 [3]. ETSI ETSI TS 103 246-5 V1.3.1 (2020-10) 29 |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.2.2 Measurement Procedures | For T-PIN-01: 1) Set the GSG parameters to generate the location target motion, operational environment applicable (defined in clause 5.9 of ETSI TS 103 246-3 [3]). 2) Start the GNSS scenario with the location target a random point within a 3 km radius of the reference location defined in clause B.1 and with an altitud... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.3 Pass/fail criteria | The GBLS shall meet the requirements and the success rate specified in clause 5.9 of ETSI TS 103 246-3 [3] over the entire duration of the test. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 11.4 GBLS Class Allocation | The allocation of test results to GBLS classes shall be done after determining the pass/fail criteria according to the definition in clause 5.9 of ETSI TS 103 246-3 [3]. 12 Position day-to-day repeatability (Horizontal or Vertical plane) |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.1 Test Objectives & Case definitions | The purpose of this test is to verify the performance of the GBLS by estimating the location target position horizontal differences in a day-to-day configuration in both horizontal and vertical planes as specified in clauses 5.10 and 5.11 of ETSI TS 103 246-3 [3]. The day-to-day repeatability test is made up three part... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2 Method of Test | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.1 Introduction | The test procedure is defined as two overall steps which are performed for each test case: 1) measurement procedures (data collection); 2) measurement data analysis. The steps are specified in clauses 12.2.2 to 12.2.6. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.2 Initial conditions | Connect the equipment as shown in annex A and provide the test signal inputs as defined for this Performance Feature in ETSI TS 103 246-3 [3]. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.3 Measurement Procedures | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.3.1 Test cases T-DDR-01/02/03: Moving location target | Repeat all steps below for Test Cases T-DDR-01 to T-DDR-03: 1) Set the GSG parameters to generate the following scenario: - the location target to start at the reference location defined in clause B.1, with an altitude of 100 m and to continue moving along the trajectory defined in clause A.4 of ETSI TS 103 246-3 [3]; ... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.3.2 Test cases T-DDR-04/05/06: Static location target | The procedure for these test cases is the same as clause 12.2.3.1 except for steps 1 to 9, where the location target shall remain stationary at its initial location. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.4 Measurement Data Analysis | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.4.1 General | Process the data collected during the measurement phase as follows. For each instant i where the position is collected (each 120 s), using coordinates in the East-North-Up (ENU) reference frame, whose local origin is the true position of the target at the given instant in the simulation, calculate the position differen... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.4.2 Horizontal performance | Consider δhij(iϵ1,N ,jϵ2,3 ) the Euclidian norm of the projection of δp on the local horizontal plane (East/North (EN) reference frame) containing the location target true position: δh = 2 + 2 The mean value, standard deviation, and percentile estimators are computed on this set: δh(,,,) ... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.4.3 Vertical performance | • Consider δvij(iϵ1,N,jϵ2,3) the absolute value of the projection of δp on the vertical axis (local reference frame) containing the location target true position: δv = • Note that δv is a positive scalar, and that the test producing 3 sets of 200 time stamps will give a set of 400 positive scalars ... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.4.4 Confidence Intervals | Calculate the 95 % Confidence Intervals as defined in clause D.3 for: a) the mean value of the horizontal difference of positioning between parts of the test, for a moving location target or a static target; b) the mean value of the vertical difference of positioning between parts of the test, for a moving or a static ... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.5 Pass/fail criteria | Compare the maximum value of the metrics α = α () and β = β () (calculated in clause 12.2.4) for each Test Case against the corresponding values specified for day-to-day repeatability position performance requirements in clauses 5.10 and 5.11 of ETSI TS 103 246-3 [3], and set the test result as "pass" for each metr... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 12.2.6 GBLS Class Allocation | The allocation of GBLS test results to GBLS classes shall also be done at this stage according to the definition in clauses 5.10 and 5.11 of ETSI TS 103 246-3 [3]. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13 Time-To-Fix Ambiguities (TTFA) | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.1 Test Objectives & Case definitions | The purpose of this test is to verify the performance of the GBLS when using differential data by estimating the time necessary to achieve the required accuracy defined in clauses 5.10 and 5.11 of ETSI TS 103 246-3 [3], following the resolution of the integer or floating ambiguity of the carrier phase measurements. ETS... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2 Method of Test | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.1 Introduction | The test procedure is defined as two overall steps which are performed for each test case: 1) measurement procedures (data collection); 2) measurement data analysis. The steps are specified in clauses 13.2.2 to 13.2.5. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.2 Initial conditions | Connect the equipment as shown in annex A and provide the test signal inputs as defined for this Performance Feature in ETSI TS 103 246-3 [3]. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.3 Measurement Procedures | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.3.1 Test cases T-TTFA-01/02/03: Moving location target | Repeat all steps below for Test Cases T-TTFA-01 to T-TTFA-03: 1) Set the GSG parameters to generate the following scenario: - the location target to start at the reference location defined in clause B.1, with an altitude of 100 m and to continue moving along the trajectory defined in clause A.4 of ETSI TS 103 246-3 [3]... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.3.2 Test cases T-TTFA-04/05/06: Static location target | The procedure for these test cases is the same as in clause 13.2.3.1 except for step 1, where the location target shall remain stationary at its initial location. |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.4 Measurement Data Analysis | |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.4.1 General | For each data point collected at step 3: • For each position measurement, calculate the position error with respect to the true position using coordinates in the East-North-Up (ENU) reference frame, whose local origin is the true position of the target at the same instant. The subscript i is used to indicate the i-th m... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.4.2 Time-To-Fix Ambiguities | Compute ρ j!, the 95th percentile of the subset of data α j! for each second of rank j, and τ j!, the 95th percentile of the subset of data β j! for each second of rank j: ρ j! = 95thpercentile(α j!) τ j! = 95thpercentile(β j!) ) (ENU iε { } U i N i E i ENU i ε ε ε ε , , ) ( = E iε N iε U iε ETSI ETSI TS 103 246-5 V1.3... |
3283ed3e36f4ec3641c9cfb287046ba2 | 103 246-5 | 13.2.5 Pass/fail criteria and GBLS Class Allocation | The TTFA estimated by each test step shall be compared to each Class requirement in order to attach to it a Good/Bad result by Class. As soon as, for one Class, the number of Good result with respect to the total number of test steps meets the requirements for 95 % success rate, then that Class is allocated to the GBLS... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 1 Scope | The present document provides the Protocol Implementation Conformance Statement (PICS) proforma for conformance test specifications for the IPv6 transition technology 6rd as defined in ETSI TS 101 569-1 [1] in compliance with the relevant requirements and in accordance with the relevant guidance given in ISO/IEC 9646-7... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 2 References | |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 2.1 Normative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the reference document (including any amendments) applies. Referenced documents which ar... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 2.2 Informative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the reference document (including any amendments) applies. NOTE: While any hyperlinks in... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 3 Definitions and abbreviations | |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 3.1 Definitions | For the purposes of the present document, the following terms and definitions given in ETSI TS 101 569-1 [1], ISO/IEC 9646-1 [2] and ISO/IEC 9646-7 [3] apply. In particular, the following terms given in ISO/IEC 9646-1 [2] apply: Implementation Conformance Statement (ICS): statement made by the supplier of an implementa... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 3.2 Abbreviations | For the purposes of the present document, the following abbreviations apply: ATS Abstract Test Suite B4 (MAP-E) Basic Bridging BroadBand element BR Border Router GW GateWay ICS Implementation Conformance Statement IP Internet Protocol IPv4 IP version 4 IPv6 IP version 6 IUT Implementation Under Test LAN Local Area Netw... |
2c2613a872c418e34876ed8209438bf1 | 103 239-1 | 4 Conformance requirement concerning PICS | If it claims to conform to the present document, the actual PICS proforma to be filled in by a supplier shall be technically equivalent to the text of the PICS proforma given in annex A and shall preserve the numbering/naming and ordering of the proforma items. A PICS which conforms to the present document shall be a c... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 1 Scope | The present document defines Performance Features applicable to GBLS and specifies the conditions and requirements for these Performance Features. ETSI TS 103 246 part 1 [7], part 2 [8], part 4 [i.24] and part 5 [i.25] address integrated GNSS Based Location Systems (GBLS) that combine Global Navigation Satellite System... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 2 References | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 2.1 Normative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the referenced document (including any amendments) applies. Referenced documents which a... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 2.2 Informative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the referenced document (including any amendments) applies. NOTE: While any hyperlinks i... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 3 Definition of terms, symbols and abbreviations | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 3.1 Terms | For the purposes of the present document, the following terms apply: accuracy (or error): difference between a measured or estimated value and its real value assistance: use of position data available from a telecommunications network to enable a GNSS receiver to acquire and calculate position or time (A-GNSS) under ad... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 3.2 Symbols | PFA Probability of False Alarm PD Probability of Detection ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 14 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 3.3 Abbreviations | For the purposes of the present document, the following abbreviations apply: 3GPP 3rd Generation Partnership Project A-GNSS Assisted GNSS D-GNSS Differential GNSS EGNOS European Geostationary Navigation Overlay System EMI Electro-Magnetic Interference EN East/North E-UTRA Evolved - UMTS Terrestrial Radio Access FFS For... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 4.1 GNSS Based Location System (GBLS) | The present document defines the performance requirements applicable to GNSS based Location System (GBLS) location-related data. GBLS Functional Requirements and Reference Architecture in ETSI TS 103 246-1 [7] and ETSI TS 103 246-2 [8] shall apply. A GBLS intends to provide one or more users with location-related data ... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 4.2 Performance Features | Location-related data delivered by a GNSS based Location System is required to meet a number of performance requirements, derived from GBLS Functional requirements ETSI TS 103 246-1 [7]. These performance requirements are grouped in categories called Performance Features. A detailed definition of each Performance Featu... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 4.3 Class of Performance requirements | Associated with each Performance feature, a set of Performance requirements is defined for one or several use cases. Three Classes of performance (A, B and C) are defined in order to categorize the performance level of the GBLS for a given Performance feature. In all cases Class A is the highest performance class and C... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 4.4 Use cases associated to Performance Features | For a Performance Feature, several use cases are defined, with associated performance requirements. A use case describes the applicable conditions and scenarios to be used for measuring the performance metrics. It sets the operational environment of the GBLS system, the location target motion, type of signals, etc. All... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5 Performance Requirements | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.1 General | Clauses 5.2 to 5.12 define the performance requirements for each of the Performance features listed in clause 4. Considering given operating conditions, to comply with a Class of performance, the tested GBLS performances shall be equal to or better than the performance requirements of the corresponding column of the ta... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2 Horizontal Position Accuracy | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.1 Definition | The Horizontal Position Accuracy is the difference (error) between the position of the location target reported by the GBLS and its true position projected onto the horizontal plane, at a given time (i.e. with a given timestamp). The requirements for this feature can range from relaxed constraints for personal navigati... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.2 Metrics | The metric used to characterize Horizontal Position Accuracy is the Horizontal Position Error over a specified time interval in terms of its: • Mean value • Standard deviation • 95th percentiles distribution These metrics and their estimators are defined as follows: • Let p be the true position of the location target. ... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3 Performance requirements | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.1 Use case: Moving Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.1.1 Operational environment: Open area | The performance requirements are specified in table 3. The location target follows the trajectory defined in clause A.4. Table 3: Performance requirements for Horizontal Position Accuracy, Moving location target, Open area Metric Max position error (m) Class A Class B Class C Mean error 1 4 8 Standard deviation 0,7 2 7... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.1.2 Operational environment: Urban area | The performance requirements are specified in table 4. The location target follows the trajectory defined in clause A.4. Table 4: Performance requirements for Horizontal Position Accuracy, Moving location target, Urban area Metric Max position error (m) Class A Class B Class C Mean value 2 5 10 Standard deviation 2,4 5... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.1.3 Operational environment: Asymmetric area | The performance requirements are specified in table 5. The location target follows the trajectory defined in clause A.4. Table 5: Performance requirements for Horizontal Position Accuracy, Moving location target, Asymmetric area Metric Max position error (m) Class A Class B Class C Mean value 1,8 5 9 Standard deviation... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.2 Use case: Static Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.2.1 Operational environment: Open area | The performance requirements are specified in table 6. Table 6: Performance requirements for Horizontal Position Accuracy, Static location target, Open area Metric Max position error (m) Class A Class B Class C Mean value 1 4 8 Standard deviation 0,7 2 7 95th percentile 2 10 17 ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 2... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.2.2 Operational environment: Urban area | The performance requirements are specified in table 7. Table 7: Performance requirements for Horizontal Position Accuracy, Static location target, Urban area Metric Max position error (m) Class A Class B Class C Mean value 2 5 10 Standard deviation 2,4 5 14 95th percentile 4 17 35 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.2.3.2.3 Operational environment: Asymmetric area | The performance requirements are specified in table 8. Table 8: Performance requirements for Horizontal Position Accuracy, Static location target, Asymmetric area Metric Max position error (m) Class A Class B Class C Mean value 1,8 5 9 Standard deviation 2 4 12 95th percentile 3,5 15 28 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3 Vertical Position Accuracy | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.1 Definition | The Vertical Position Accuracy is the difference (error) between the position of the location target reported by the GBLS and its true position projected onto the vertical plane, at a given time (i.e. with a given timestamp). This feature applies when vertical guidance is required, for instance to allow position coordi... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.2 Metrics | The metrics are defined in the same way as for Horizontal Position Accuracy in clause 5.2.2, with "horizontal position" replaced by "vertical position". |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3 Performance requirements | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.1 Use case: Moving Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.1.1 Operational environment: Open area | The performance requirements are specified in table 9. The location target follows the trajectory defined in clause A.4. ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 23 Table 9: Performance requirements for Vertical Position Accuracy, Moving location target, Open area Metric Max position error (m) Class A Class B Class C Me... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.1.2 Operational environment: Urban area | The performance requirements are specified in table 10. The location target follows the trajectory defined in clause A.4. Table 10: Performance requirements for Vertical Position Accuracy, Moving location target, Urban area Metric Max position error (m) Class A Class B Class C Mean value 4 10 20 Standard deviation 5 10... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.1.3 Operational environment: Asymmetric area | The performance requirements are specified in table 11. The location target follows the trajectory defined in clause A.4. Table 11: Performance requirements for Vertical Position Accuracy, Moving location target, Asymmetric area Metric Max position error (m) Class A Class B Class C Mean value 4 10 18 Standard deviation... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.2 Use case: Static Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.2.1 Operational environment: Open area | The performance requirements are specified in table 12. Table 12: Performance requirements for Vertical position accuracy, Static location target, Open area Metric Max position error (m) Class A Class B Class C Mean value 2 8 16 Standard deviation 1,5 4 14 95th percentile 4 20 34 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.2.2 Operational environment: Urban area | The performance requirements are specified in table 13. ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 24 Table 13: Performance requirements for Vertical Position Accuracy, Static location target, Urban area Metric Max position error (m) Class A Class B Class C Mean value 4 10 20 Standard deviation 5 10 28 95th percentile 7 3... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.3.3.2.3 Operational environment: Asymmetric area | The performance requirements are specified in table 14. Table 14: Performance requirements for Vertical Position Accuracy, Static location target, Asymmetric area Metric Max position error (m) Class A Class B Class C Mean value 4 10 18 Standard deviation 4 8 24 95th percentile 7 30 55 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4 GNSS Time Accuracy | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.1 Definition | GNSS Time Accuracy is the difference between the true GNSS time (reference time of the GNSS system) and the time computed by the GBLS System. For example, applications requiring synchronization of assets distributed across wide geographical areas can use GNSS time as a reference. |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2 Performance requirements | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.1 Use case: Moving Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.1.1 Operational environment: Open area | The performance requirements are specified in table 15. The location target follows the trajectory defined in clause A.4. Table 15: Performance requirements for GNSS Time Accuracy, Moving location target, Open area Metric Maximum time error (ns) Class A Class B Class C Mean value 6 37 93 95th percentile 13 97 163 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.1.2 Operational environment: Urban area | The performance requirements are specified in table 16. The location target follows the trajectory defined in clause A.4. ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 25 Table 16: Performance requirements for GNSS Time Accuracy, Moving location target, Urban area Metric Maximum time error (ns) Class A Class B Class C Mean v... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.1.3 Operational environment: Asymmetric area | The performance requirements are specified in table 17. The location target follows the trajectory defined in clause A.4. Table 17: Performance requirements for GNSS Time Accuracy, Moving location target, Asymmetric area Metric Maximum time error (ns) Class A Class B Class C Mean value 76 403 873 95th percentile 193 88... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.2 Use case: Static Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.2.1 Operational environment: Open area | The performance requirements are specified in table 18. Table 18: Performance requirements for GNSS Time Accuracy, Static location target, Open area Metric Maximum time error (ns) Class A Class B Class C Mean value 6 17 70 95th percentile 17 50 117 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.2.2 Operational environment: Urban area | The performance requirements are specified in table 19. Table 19: Performance requirements for GNSS Time Accuracy, Static location target, Urban area Metric Maximum time error (ns) Class A Class B Class C Mean value 216 260 520 95th percentile 440 483 927 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.4.2.2.3 Operational environment: Asymmetric area | The performance requirements are specified in table 20. Table 20: Performance requirements for GNSS Time Accuracy, Static location target, Asymmetric area Metric Maximum time error (ns) Class A Class B Class C Mean value 403 517 670 95th percentile 653 850 1 557 ETSI ETSI TS 103 246-3 V1.3.1 (2020-10) 26 |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5 Time-To-First-Fix (TTFF) | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.1 Definition | TTFF is the time taken by the GBLS to provide location-related data, starting either from the reception of a request, or from another triggering event (for instance for periodic or geo-dependent reporting). The TTFF is defined for a cold-start condition, defined as the GNSS receiver having: • no prior information; • in... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.2 GBLS starting conditions | The following start conditions as defined in table 21 are used for the definition of performance requirements: • Assisted cold-start with fine time assistance. At the start point, the GBLS is provided with assistance data, which may include estimates of, its position, velocity, and information on, or position knowledge... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.3 Performance requirements | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.3.1 Use case: Moving Location Target | |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.3.1.1 Operational environment: Open area | The performance requirements are specified in table 22. The location target follows the trajectory defined in clause A.4. In all cases the requirements are dependent on achieving a maximum 95th percentile horizontal and vertical (if applicable) positioning error of 100 m. Table 22: Performance requirements for TTFF, Mo... |
0caae3e3690e823d4cf338177c4d7bd4 | 103 246-3 | 5.5.3.1.2 Operational environment: Urban area | The performance requirements are specified in tables 23 and 24. The location target follows the trajectory defined in clause A.4. In all cases the requirements are dependent on achieving a maximum 95th percentile horizontal and vertical (if applicable) positioning error of 100 m. Table 23: Performance requirements for ... |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.