hash stringlengths 32 32 | doc_id stringlengths 7 13 | section stringlengths 3 121 | content stringlengths 0 2.2M |
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c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.3 Coding-rates-offsets-included | This BOOLEAN flag indicates that the coding-rates-offsets-list is included in the structure. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.4 Coding-rates-usage-included | This BOOLEAN flag indicates that the coding-rates-usage-bitmap is included in the structure. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.5 ReturnBearerTypeFull | The r-bearer-type field specifies the type of return bearer to which the bearer definition refers. The data type ReturnBearerTypeFull is defined as follows: ReturnBearerTypeFull ::= INTEGER { r20t05q (0), r80t05q (1) r80t1q (2) r20t1q (3), r5t2q (4), r20t2q (5), r5t45q (6), r20t45q (7), r80t25x (8) r80t5x (9) r5t1x (10... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.6 ControlIndex | The value in the lowest-coding-rate-index field is of the following type: ControlIndex ::= INTEGER (0..63) Values of ControlIndex provide an index to the columns in the Bearer Tables (see ETSI TS 102 744-2-1 [8]) where a step from one column to the next represents a step of 0,5 dB in Carrier-to-Noise (C/N0) Ratio. The ... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.7 Coding-rates-offset | The value in the coding-rates-offset fields defines the number of columns to the next coding rate for the specified bearer. A value of zero indicates that no further coding rates are specified. The effective ControlIndex for a given coding rate for the specified bearer (i.e. the lowest-coding-rate-index plus the sum of... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.8 Coding-rates-usage-bitmap | The coding-rates-usage-bitmap defines which coding rates may be used by the UEs. The leftmost bit in this bitmap refers to the coding rate in the leftmost column in the bearer table (i.e. the one indexed by lowest-coding-rate-index), etc. This bitmap is 12 bits in length (although only 11 bits are required) in order to... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.11.9 Example BearerTables SDU | An example for the creation of a BearerTables SDU is explained in this clause. Figure 5.69 shows a selection from the Return Link Bearer Tables. Figure 5.69: Selection from Bearer Table illustrating BearerTables SDU The leftmost column (lowest-coding-rate-index = 30) contains the L3 bearer coding rate subtype. Moving f... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12 GPSEphemeris | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.0 General | The GPSEphemeris SDU is transferred in a Broadcast BCtPDU and is used to transmit GPS Ephemeris data to UEs, to speed up the acquisition time of their GPS chips, from Cold to Hot acquisition. As the amount of data to be transferred may exceed the capacity of the bearer type suitable for transmission on the Global Beam,... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.1 Iodc | The iodc (issue of data and clock) field is provided as specified in [5], clause 2.4.3 Table 2-2, to specify when the whole set of ephemeris data is being updated. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.2 PRN-code | The 8-bit prn-code structure is as defined in [5], Table 2-1 (although the Signal Specification only specifies prn-codes in the range 1 to 32; higher values are for expansion by WAAS or EGNOS). |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3 GPSDataFirstSection | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.0 General | The structure GPSDataFirstSection is defined as follows: GPSDataFirstSection ::= SEQUENCE { week-no INTEGER (0..1023), satellite-accuracy INTEGER (0..15), satellite-health BIT STRING (SIZE(6)), reserved1 BIT STRING (SIZE(4)), t-gd INTEGER (-128..127), t-oc INTEGER (0..65535), reserved2 BIT STRING (SIZE(2)), af-0 INTEGE... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.1 Week-no | The week-no field is as defined in [5], clause 2.4.3 Table 2-2, representing the current GPS week at the start of the data transmission. ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 66 |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.2 Satellite-accuracy | The satellite-accuracy structure is as defined in [5], clause 2.4.3 Table 2-2, being a 4-bit number which provides a look-up to the User Range Accuracy, whose meaning is defined in [5] clause 2.4.3.2. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.3 Satellite-health | The satellite-health structure is as defined in [5], clause 2.4.3 Table 2-2 and clause 2.4.5.3, being a set of six BOOLEAN flags. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.4 T-gd | The t-gd field is a satellite group delay correction term, in units of 2-31 seconds as defined for Tgd in [5], clause 2.4.3 Table 2-2 and clause 2.4.3.5. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.5 T-oc | The t-oc field is the satellite clock correction parameter Toc as defined in [5], clause 2.4.3 Table 2-2, in units of 24 seconds. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.6 Af-2 | The Af-2 field is the satellite clock correction parameter Af2 as defined in [5], clause 2.4.3 Table 2-2, in units of 2-55 sec/sec2. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.7 Af-1 | The Af-1 field is the satellite clock correction parameter Af1 as defined in [5], clause 2.4.3 Table 2-2, in units of 2-43 sec/sec. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.8 Af-0 | The Af-0 field is the satellite clock correction parameter Af0 as defined in [5], clause 2.4.3 Table 2-2, in units of 2-31 seconds. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.9 C-rs | The C-rs field is the amplitude of the sine harmonic correction term to the orbit radius satellite clock correction parameter Crs as defined in [5], clause 2.4.3 Tables 2-4 and 2-5, in units of 2-5 meters. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.10 Delta-n | The delta-n field is the mean motion difference from computed value sparameter Δn as defined in [5], clause 2.4.3 Table 2-5, in units of 2-43 semicircles/sec. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.11 M-0 | The m-0 field is the mean anomaly at reference time parameter M0 as defined in [5], clause 2.4.3 Table 2-5, in units of 2-31 semicircles. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.12 C-uc | The C-uc field is the amplitude of the cosine correction term to the argument of latitude parameter Cuc as defined in [5], clause 2.4.3 Table 2-5, in units of 2-29 radians. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.13 Eccentricity | The Eccentricity field is the eccentricity parameter e as defined in [5], clause 2.4.3 Table 2-5, unitless, scale factor 2-33. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.3.14 C-us | The C-us field is the amplitude of the sine harmonic correction term to the argument of latitude parameter Cus as defined in [5], clause 2.4.3 Table 2-5, in units of 2-29 radians. ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 67 |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4 GPSDataSecondSection | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.0 General | The structure GPSDatasecondSection is defined as follows: GPSDataSecondSection ::= SEQUENCE { a-half INTEGER (0..4294967295), t-oe INTEGER (0..65535), c-ic INTEGER (-32768..32767), omega-0 INTEGER (-2147483648..2147483647), c-is INTEGER (-32768..32767), i-0 INTEGER (-2147483648..2147483647), c-rc INTEGER (-32768..32767... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.1 A-half | The A-half field is the square root of the semi-major axis parameter A1/2 as defined in [5], clause 2.4.3 Table 2-5, in units of 2-19 meters1/2. ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 69 |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.2 T-oe | The T-oe field is the reference time ephemeris parameter Toe as defined in [5], clause 2.4.3 Table 2-5, in units of 24 seconds. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.3 C-ic | The C-ic field is the amplitude of the cosine harmonic term to the angle of inclination parameter Cic as defined in [5], clause 2.4.3 Table 2-5, in units of 2-29 radians. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.4 Omega-0 | The omega-0 field is the longitude of ascending node of orbit plane at weekly epoch parameter OMEGA0 as defined in [5], clause 2.4.3 Table 2-5, in units of 2-31 semicircles. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.5 C-is | The C-is field is the amplitude of the sine harmonic term to the angle of inclination parameter Cis as defined in [5], clause 2.4.3 Table 2-5, in units of 2-29 radians. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.6 I-0 | The i-0 field is the inclination angle at reference parameter i0 as defined in [5], clause 2.4.3 Table 2-5, in units of 2-31 semicircles. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.7 C-rc | The C-rc field is the amplitude of the cosine harmonic correction term to the orbit radiussatellite clock correction parameter Crc as defined in [5], clause 2.4.3 Table 2-4 and Table 2-5, in units of 2-5 meters. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.8 omega | The omega field is the argument of perigee parameter ω as defined in [5], clause 2.4.3 Table 2-5, in units of 2-31 semicircles. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.9 Omega-dot | The omega-dot field is the rate of right ascension parameter OMEGADOT as defined in [5], clause 2.4.3 Table 2-5, in units of 2-43 semicircles/sec. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.12.4.10 I-dot | The i-dot field is the rate of inclination angle parameter IDOT as defined in [5], clause 2.4.3 Table 2-5, in units of 2-43 semicircles/sec. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.13 SystemInfoIndex | The SystemInfoIndex SDU is a dynamic catalogue of all System Information elements that the RNC is broadcasting on the current forward bearer. This SDU is transferred in a Broadcast BCtPDU. The SDU payload has the following structure, with format as shown in Figure 5.73: SystemInfoIndex ::= SEQUENCE { index-parts-presen... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.14 BearerTableUpdate | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.14.0 General | The BearerTableUpdate SDU may be used by the RNC to signal any changes in the properties of the physical layer return bearer types and subtypes in a connection specific BCtPDU. The implementation of this SDU is mandatory for UE Classes 6 to 15 of RI-Version 0x82 and for all UE Classes from RI-Version 0x83 onwards (see ... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.14.1 Bearer-table-version | This field indicates the version of the current Bearer Table in the RNC. The information in the BearerTableUpdate SDU will update the Bearer Table stored in the UE to this version. The value '0' is reserved. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.4.14.2 Modrate | This field is used to carry modulation information for the R80T25X and R80T5X bearer types as follows: ModulationRate ::= INTEGER { x4-modulation (0), x16-modulation (1), x32-modulation (2), x64-modulation (3) } (0..3) This variable is only defined when the r-bearer-type field contains either value 8 or 9 corresponding... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5 Embedded Bearer Control SDU (BCtESDU) | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.0 General | Embedded Bearer Control SDUs are also used for the peer-to-peer communication between Bearer Control Processes at the UE and the RNC, however, they are embedded in an Embedded BCtPDU (see clause 5.2) within UE Specific Signalling Protocol Data Units (ALSigPDUs ). The Bearer Control Embedded Signalling Data Units that a... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.1 Embedded Bearer Control SDU Structure | The Embedded Bearer Control SDU Structure is identical to the BCtSDU structure (see clause 5.3), except that sdu-type and s-type are replaced by esdu-type and es-type respectively. BCtESDU ::= SEQUENCE { bct-esdu-follows BOOLEAN, type-and-length CHOICE { ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 76 short SEQUENCE { ext... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.2 BCtESDU Parameters | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.2.1 Bct-esdu-follows | This is a single-bit flag which, when set to '1' indicates that another BCtESDU follows this BCtESDU, else it indicates that this BCtESDU is the last one in the bct-esdu-list. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.2.2 Extended-length | This is a single-bit flag which, when set to '1' indicates that an extended type and length field are utilized within the BCt-ESDU header. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.2.3 Es-length/length | The es-length and length fields are a 3-bit and 8-bit value respectively, both of which are used to indicate the length of the ESDU. The value of this field represents the number of octets in the esdu-payload. The encoding of these parameters, which are defined as INTEGER(1..8) and INTEGER (1..256) respectively, follow... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.5.2.4 BCtESDUType and ShortBCtESDUType | The es-type/esdu-type parameter defines the Bearer Control Embedded Signalling Data Unit type. Values in the range 0x00..0x07 shall be encoded as a ShortBCtESDUType, in a 3-bit field (i.e. the BCtESDU type-and-length field is of CHOICE short), unless the length of the ESDU exceeds 8 bytes, in which case they shall be e... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6 Bearer Control ESDU Payloads | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.0 General | NOTE: Throughout clauses 5.6.1 to 5.6.8, the ASN.1 defines components of ESDUPayload, while the figures illustrate the entire BCtESDU structure (i.e. including the fields bct-esdu-follows and type-and-length). |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1 ConnectionAssociation | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1.0 General | The ConnectionAssociation ESDU is transferred in an Embedded BCtPDU attached to Adaptation Layer signalling (Register-Ack or Establish PDUs) if there is a requirement to establish the relationship between a Bearer Connection ID and a translated Bearer Connection ID for each hardware element within the UE the connection... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1.1 HardwareAndTBCnId | This is used to associate a specific tbnc-id with a specific hardware-id. HardwareAndTBCnId ::= SEQUENCE { hardware-id UEHardwareID, tbcn-id TranslatedBearerConnectionID } |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1.2 UEHardwareID | The UEHardwareId is used to identify specific transceiver hardware within the UE. This information element also includes a direction identifier that is used to control specific aspects of the UE hardware, or to reference unidirectional connections that are to be supported on this hardware. UEHardwareID ::= SEQUENCE { d... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1.3 Direction | The Direction is used to identify a specific direction for which the tBCnId is applicable. Direction ::= INTEGER { both-directions (0), downlink-only (1), uplink-only (2), reserved (3) } (0..3) |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.1.4 HardwareID | The HardwareId is used to identify specific transceiver hardware within the UE. HardwareID ::= INTEGER (0..3) The value of zero is reserved. For a UE which only supports a single transceiver pair, the value of '1' shall be associated with this hardware. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.2 ConnectionReassociation | The ConnectionReassociation ESDU is transferred in an Embedded BCtPDU attached to Adaptation Layer signalling, (Modify or Handover ALSigPDUs) and is used to modify the relationship between a Bearer Connection ID and a translated Bearer Connection ID for each hardware element within the UE that the connection is to oper... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.3 GroupConnectionAssociation | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.3.0 General | The GroupConnectionAssociation ESDU is used whenever a MBMS connection is either being associated or modified, and is transferred in an Embedded BCtPDU attached to Adaptation Layer signalling (Establish PDUs) to establish the relationship between a Bearer Connection ID and one or more translated Bearer Connection IDs f... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.3.1 Count-C | The Count-C value is an INTEGER that is present if MBMS Connections are ciphered, and is used in deciphering of the downlink portion of the MBMS Connection only. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.4 GroupConnectionReassociation | The GroupConnectionReassociation ESDU is used when a mobile terminal already has an association with a MBMS connection, and this connection is being modified. The ESDU is transferred in an Embedded BCtPDU attached to Adaptation Layer signalling, (Modify or Handover ALSigPDUs) and is used to modify the relationship betw... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.5 HardwareAVPList | The HardwareAVPList ESDU may be used within a BCtEPDU attached to an Adaptation Layer Signalling PDU if the AVPs within the bct-avp-list are directed at specific hardware within the UE. The ESDU Payload has the following structure, with format as shown in Figures 5.91 to 5.92: HardwareAVPList ::= SEQUENCE { hardware-id... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.6 AVPList | The structure of the AVPList ESDU is identical to that of the AVPList SDU, which is specified in clause 5.4.10. Used within a BCt-EPDU attached to an ALSigPDU, the AVPs in this ESDU are used to control the UE as a whole rather than specific hardware, or to provide information about the bearer control to which the UE is... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.7 SpotBeamMap | The structure of the SpotBeamMap ESDU is identical to that of the SpotBeamMap SDU, which is specified in clause 5.4.11. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.6.8 BearerTableUpdate | The structure of the BearerTableUpdate ESDU is identical to that of the BearerTableUpdate SDU, which is specified in clause 5.4.15. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7 Bearer Control AVPs | Bearer Control AVPs (BCtAVP) are used to transfer parameters between Bearer Control processes within the Bearer Control Layer. Table 5.9 lists the BCtAVPs which may be carried from the RNC in BCtSDUs, while Table 5.10 lists those BCtAVPs which are supported in BCtESDUs. Table 5.11 summarizes those BCtAVPs that are appl... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1 BCtAVP Structure | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.0 General | The structure of a Bearer Control AVP is as follows: BCtAVP ::= SEQUENCE { bct-avp-type BCtAVPType, param-value CHOICE { -- as appropriate to the value of bct-avp-type access-control-param AccessControlParam, allocation-size-param AllocationSizeParam, beam-info-param BeamInfoParam, channel-no-param ChannelNoParam, cont... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.1 Param-len | This three bit field indicates the length of the current parameter. This field forms the least significant three bits of the param-type field. The length of the param-value field is encoded in the param-len field as INTEGER(1..8) which implies that zero length param-value fields are not supported. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.2 Param-len-type | This five bit field indicates the type of the parameter within the context of the param-len field value. This field forms the most significant five-bits of the param-type field. |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.3 Parameters with length ::= 1 | Single octet parameters are defined as shown in Table 5.12. Table 5.12: Bearer Control AVPs containing Param-Values with length ::= 1 ParamLen-Type ParamType Param-Value 0x01 0x08 TimingCorrectionParam 0x02 0x10 ReturnBearerTypeParam 0x03 0x18 SlotSizeControlParam 0x04 0x20 MinResWaitParam 0x05 0x28 AllocationSizeParam... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.4 Parameters with length ::= 2 | Parameter types with length ::= 2 are as shown in Table 5.13. ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 91 Table 5.13: Bearer ControlAVPs containing Param-Values with Length ::= 2 ParamLen-Type Param-Type Param-Value 0x00 0x01 ForwardQoSControlParam 0x01 0x09 TimingCorrectionParam 0x02 0x11 QDiffParam 0x03 0x19 Subband... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.5 Parameters with length ::= 3 | Parameter types with length ::= 3 are as shown in Table 5.14. Table 5.14: Bearer ControlAVPs containing Param-Values with Length ::= 3 ParamLen-Type Param-Type Param-Value 0x01 0x0A ChannelNoParam 0x05 0x2A SubbandCentreFrequencyOffsetChangeParam 0x0B 0x5A InitialReferenceLevelParam 0x10 0x82 ControlledRandomAccessPara... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.6 Parameters with length ::= 4 | Parameter types with length ::=4 are as shown in Table 5.15. Table 5.15: Bearer ControlAVPs containing Param-Values with Length ::= 4 ParamLen-Type Param-Type Param-Value 0x01 0x0B ChannelNoParam 0x02 0x13 SleepModeParam 0x0B 0x5B InitialReferenceLevelParam 0x10 0x83 ControlledRandomAccessParam 0x11 0x8B SharedReservat... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.7 Parameters with length ::= 5 | Parameter types with length ::= 5 are as shown in Table 5.16. ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 92 Table 5.16: Bearer ControlAVPs containing Param-Values with Length ::= 5 ParamLen-Type Param-Type Param-Value 0x03 0x1C PrimaryBearerParam 0x0B 0x5C InitialReferenceLevelParam 0x10 0x84 ControlledRandomAccessParam... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.8 Parameters with length ::= 6 | Parameter types with length ::= 6 are as shown in Table 5.17. Table 5.17: Bearer ControlAVPs with Containing Param-Values with Length ::= 6 ParamLen-Type Param-Type Param-Value 0x00 0x05 Type0QoSParam 0x03 0x1D PrimaryBearerParam 0x05 0x2D SubbandCentreFrequencyOffsetChangeParam 0x0B 0x5D InitialReferenceLevelParam 0x1... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.9 Parameters with length::= 7 | Parameter types with length ::= 7 are as shown in Table 5.18. Table 5.18: Bearer ControlAVPs containing Param-Values with Length ::= 7 ParamLen-Type Param-Type Param-Value 0x03 0x1E PrimaryBearerParam 0x0B 0x5E InitialReferenceLevelParam 0x11 0x8E SharedReservationAccessParam 0x12 0x96 ForwardBearerCodeRateParam 0x1F 0... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.1.10 Parameters with length ::= 8 | Parameter types with length ::= 8 are as shown in Table 5.19. Table 5.19: Bearer ControlAVPs containing Param-Values with Length ::= 8 ParamLen-Type Param-Type Param-Value 0x03 0x1F PrimaryBearerParam 0x0B 0x5F InitialReferenceLevelParam 0x11 0x8F SharedReservationAccessParam 0x16 0xB7 InitialReferenceLevelSet 0x17 0xB... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.2 TimingCorrectionParam | This parameter is used within a SpecificAVPList or AVPList SDU to provide timing correction information to a particular UE for all UE Hardware Units controlled by the particular instance of this Bearer Control process type. The structure is defined below, with format as shown in Figures 5.94 to 5.95. TimingCorrectionPa... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.3 ReturnBearerTypeParam | This parameter is used within a bb-avp-list or broadcast AVPList to specify the default return bearer type to be used by all UEs tuned to the forward bearer. If a return bearer type is specified in the ReturnSchedule SDU transmitted on the same forward bearer (see clauses 5.4.5.2 and 5.4.5.5) then the value in the Retu... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.4 SlotSizeControlParam | This parameter is used to specify the parameters which are to be used within the UE Bearer Control algorithms for calculating and reporting queue sizes. The structure is defined below, with format as shown in Figure 5.97. SlotSizeControlParam ::= INTEGER (0..255) -- min-offered-size (MSB) Bit No (LSB) 8 7 6 5 4 3 2 1 0... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.5 MinResWaitParam | This parameter is used in an AVPList SDU within an EPDU carried with an Establish or Modify AL-SigPDU to define the minimum timeout period that the specific connection shall use when waiting for a slot reservation. The structure is defined below, with format as shown in Figure 5.98. MinResWaitParam ::= INTEGER (0 .. 25... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.6 AllocationSizeParam | This parameter is used within an AVPList SDU within an EPDU carried with an Establish or Modify AL-SigPDU and defines the default segment size minus one to be used for the connection. The structure is defined below, with format as shown in Figure 5.99. AllocationSizeParam ::= INTEGER (0 .. 255) ETSI ETSI TS 102 744-3-1... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.7 SlotSharingParam | This parameter is used within in an AVPList SDU within an EPDU carried with an Establish or Modify AL-SigPDU and defines whether slots allocated to this connection may also carry Queue Status or Data from other connections from this UE. The structure is defined below, with format as shown in Figure 5.100. SlotSharingPa... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.8 FracPeakDataVolAndLFracParam | This parameter is used within a SpecificAVPList or AVPList SDU and specifies parameters to be used within the UE Bearer Control process for all connections. The structure is defined below, with format as shown in Figure 5.101. FracPeakDataVolAndLFracParam ::= SEQUENCE { frac-peak-data-vol INTEGER (0..15), l-frac INTEGE... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.9 StatusAckControlParam | This parameter is used within a SpecificAVPList or AVPList SDU and specifies parameters to be used within the UE Bearer Control process for all connections. The structure is defined below, with format as shown in Figure 5.102. StatusAckControlParam ::= SEQUENCE { t-ack-wait INTEGER (0..15), max-unackstatus INTEGER (0..... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.10 ReportControlParam | This parameter is used within a SpecificAVPList or AVPList SDU and specifies a parameter to be used within the UE Bearer Control process for all connections. The structure is defined below, with format as shown in Figure 5.103. ReportControlParam ::= INTEGER (0 .. 255) ETSI ETSI TS 102 744-3-1 V1.1.1 (2015-10) 97 (MSB)... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.11 MinContStatusDelayParam | This parameter is used within a SpecificAVPList or AVPList SDU and specifies a parameter to be used within the UE Bearer Control process for all connections. The structure is defined below, with format as shown in Figure 5.104. MinContStatusDelayParam ::= INTEGER (0 .. 255) (MSB) Bit No (LSB) 8 7 6 5 4 3 2 1 0 1 0 1 0 ... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.12 RandomisingControlParam | This parameter is used within a SpecificAVPList or AVPList SDU and specifies parameters to be used within the UE Bearer Control process for all connections. The structure is defined below, with format as shown in Figure 5.105. RandomisingControlParam ::= SEQUENCE { max-randomising-level INTEGER (0..7), frame-randomiser... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.13 ResWaitMultiplierParam | This parameter is broadcast by the RNC in congestion conditions to extend the time that UEs shall wait for reserved slots (before resending Status SDUs). This parameter overrides previously specified values. The structure is defined below, with format as shown in Figure 5.106. ResWaitMultiplierParam ::= INTEGER (0..255... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.14 CommonSigRetryParam | This parameter is used within an AVPList SDU or within a bb-avp-list to define retry parameters for the Common Signalling connection (i.e. Registration and Deregistration related packets). CommonSigRetry is defined as follows, with format as shown in Figure 5.107: CommonSigRetryParam ::= SEQUENCE { maxretrycount INTEGE... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.15 RNCIdParam | This parameter is used during inter-RNC handover to advise the UE of the RNC ID of the target RNC and is sent in a BCtESDU of the Handover message. The structure is defined below, with format as shown in Figure 5.108. RNCIdParam ::= SEQUENCE { rnc-id INTEGER (0..255) } (MSB) Bit No (LSB) 8 7 6 5 4 3 2 1 1 0 0 0 0 0 0 0... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.16 ForwardBearerCodeRateParam | |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.16.0 General | This parameter describes coding rate and modulation index changes in the FEC blocks of the current or the next frame as specified in clause 5.7.16.1. On forward bearers that use no outer interleaving, this AVP is only provided if the coding rate changes from the coding rate of the first FEC block in the frame which is ... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.16.1 Block-num | The parameter block-num defines the FEC Block within the frame at which the coding rate changes, where block-num = 0 refers to the first block in the frame, regardless of the FEC block in which the AVP is transmitted. When operating with F80T1Q-4B, F80T1X-4B and F80T45X-8B bearers, the AVP refers to FEC blocks in the c... |
c685b69cc7e892f5b479b9df06e20b36 | 102 744-3-1 | 5.7.16.2 CodeRate | The parameter coding-rate specifies the bearer subtype being used in the FEC block specified by block-num. The new bearer subtype specified shall remain selected for the rest of the frame or until another change is signalled, either as another block-num and coding-rate pair in the same AVP or in another AVP included in... |
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