http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
This book presents the technical characteristics of the two radio network interfaces of mobile 4G, LTE and LTE Advanced, based on Release 8, 9 and 10 of the 3GPP specifications. Points covered include a detailed description of various components of the radio interface. RRC signaling messages used to establish the connection, enabling the security, the paging, the establishment and the release of dedicated and default support and the handover. The PDCP ensures the security of the transmission and allows the recovery during handover and the compression of the headers. The RLC protocol defines the transmission modes with or without acknowledgment. The MAC protocol determines the random access, the data transfer, the timing advance, the scheduling and the discontinuous reception. The physical layer includes a description of the methods of multiplexing (time, frequency and space) and the various signals and physical channels.
1.1.Network architecture -- 1.1.1. EPS network -- 1.1.2. MBMS network -- 1.1.3. LCS network -- 1.2. Bearer types -- 1.2.1. Bearer structure -- 1.2.2. Quality of Service -- 1.3. Radio interface -- 1.3.1. Structure of the radio interface -- 1.3.2. NAS protocol -- 1.3.3. RRC protocol -- 1.3.4. Data link layer -- 1.3.5. Logical channels -- 1.3.6. Transport channels -- 1.3.7. Physical layer -- 1.3.8. Physical signals -- 1.3.9. Physical channels -- 1.3.10. Mobile categories -- 1.4.Network procedures -- 1.4.1. Connection procedure -- 1.4.2. Attachment procedure -- 1.4.3. Restoration procedure of the default bearer -- 1.4.4. Establishment procedure of a dedicated bearer -- 1.4.5. Location update procedure -- 1.4.6. Handover procedure -- 1.4.7. Multicast bearer establishment procedure -- 2.1. Attachment -- 2.1.1. Procedure -- 2.1.2. Message structure -- 2.2. Session establishment -- 2.2.1. Procedure -- 2.2.2. Message structure -- 3.1. System information -- 3.1.1. MIB message.
3.1.2. SIB1 message -- 3.1.3. SIB2 message -- 3.1.4. SIB3 message -- 3.1.5. SIB4 message -- 3.1.6. SIBS message -- 3.1.7. SIB6 message -- 3.1.8. SIB7 message -- 3.1.9. SIB8 message -- 3.1.10. SIB9 message -- 3.1.11. SIB 10 message -- 3.1.12. SIB11 message -- 3.1.13. SIB12 message -- 3.1.14. SIB13 message -- 3.2. Connection control -- 3.2.1. Paging -- 3.2.2. Connection establishment -- 3.2.3. Security activation -- 3.2.4. Connection reconfiguration -- 3.2.5. Connection re-establishment -- 3.2.6. Connection release -- 3.3. Measurements -- 3.3.1. Introduction -- 3.3.2. Objects -- 3.3.3. Events -- 3.3.4. Measurement filtering -- 3.3.5. Measurement report -- 3.4. Broadcast control -- 3.4.1. Configuration of frames and subframes -- 3.4.2. MCCH logical channel scheduling -- 3.4.3. MTCH logical channel scheduling -- 3.4.4. Counting -- 4.1. PDCP protocol -- 4.1.1. Procedures -- 4.1.2. Operations -- 4.1.3. Protocol structure -- 4.2. RLC protocol -- 4.2.1. Operations -- 4.2.2. Protocol structure.
4.3. MAC protocol -- 4.3.1. Operations -- 4.3.2. Protocol structure -- 4.3.3. Control elements -- 5.1. Frequency plan -- 5.1.1. Frequency bands -- 5.1.2. Radio channel -- 5.1.3. Aggregation of the radio channels -- 5.1.4. Numbering of radio channels -- 5.2. Multiplexing structure -- 5.2.1. Time-division multiplexing -- 5.2.2. Resource block -- 5.2.3. Resource element group -- 5.3. Transmission chain -- 5.3.1. Error detection codes -- 5.3.2. Error correction codes -- 5.3.3. Modulation -- 5.3.4. Antenna ports -- 5.3.5. Transmission modes -- 5.3.6. Inverse Fast Fourier Transform -- 5.3.7. Configuration of the transmission -- 5.3.8. Antenna configurations -- 6.1. PSS physical signal -- 6.1.1. Sequence generation -- 6.1.2. Mapping on the resource elements -- 6.2. SSS physical signal -- 6.2.1. Sequence generation -- 6.2.2. Mapping on the resource elements -- 6.3. Cell-Specific RS physical signal -- 6.3.1. Sequence generation -- 6.3.2. Mapping on the resource elements.
6.4. MBSFN RS physical signal -- 6.4.1. Sequence generation -- 6.4.2. Mapping on the resource elements -- 6.5. UE-Specific RS physical signal -- 6.5.1. Sequence generation -- 6.5.2. Mapping on the resource elements -- 6.6. PRS physical signal -- 6.6.1. Sequence generation -- 6.6.2. Mapping on the resource elements -- 6.6.3. Configuration of the subframes -- 6.7. CSI RS physical signal -- 6.7.1. Sequence generation -- 6.7.2. Mapping on the resource elements -- 6.7.3. Configuration of the subframes -- 7.1. PBCH physical channel -- 7.1.1. Error detection code -- 7.1.2. Error correction code -- 7.1.3. Rate matching -- 7.1.4. Scrambling -- 7.1.5. Modulation -- 7.1.6. Mapping on the spatial layers -- 7.1.7. Precoding -- 7.1.8. Mapping on the resource elements -- 7.2. PCFICH physical channel -- 7.2.1. CFI information -- 7.2.2. Error correction code -- 7.2.3. Scrambling -- 7.2.4. Modulation -- 7.2.5. Mapping on the spatial layers -- 7.2.6. Precoding.
7.2.7. Mapping on the resource elements -- 7.3. PHICH physical channel -- 7.3.1. HI information -- 7.3.2. PHICH group -- 7.3.3. Error correction code -- 7.3.4. Modulation -- 7.3.5. Scrambling and spreading -- 7.3.6. Resource group alignment -- 7.3.7. Mapping on the spatial layers -- 7.3.8. Precoding -- 7.3.9. Mapping on the resource elements -- 7.3.10. Assignment of the PHICH physical channel -- 7.4. PDCCH physical channel -- 7.4.1. DCI information -- 7.4.2. Error detection code -- 7.4.3. Error correction code -- 7.4.4. Rate matching -- 7.4.5. Multiplexing -- 7.4.6. Scrambling -- 7.4.7. Modulation -- 7.4.8. Mapping on the spatial layers -- 7.4.9. Precoding -- 7.4.10. Mapping on the resource elements -- 7.4.11. Allocation of physical channel PDCCH -- 7.5. PDSCH physical channel -- 7.5.1. Error detection code -- 7.5.2. Segmentation -- 7.5.3. Error correction code -- 7.5.4. Rate matching -- 7.5.5. Concatenation -- 7.5.6. Scrambling -- 7.5.7. Modulation.
7.5.8. Mapping on the spatial layers -- 7.5.9. Precoding -- 7.5.10. Mapping on the resource elements -- 7.5.11. Resource allocation -- 7.6. PMCH physical channel -- 7.6.1. Error detection codes -- 7.6.2. Segmentation -- 7.6.3. Error correction code -- 7.6.4. Rate matching -- 7.6.5. Concatenation -- 7.6.6. Scrambling -- 7.6.7. Modulation -- 7.6.8. Mapping on the spatial layers -- 7.6.9. Precoding -- 7.6.10. Mapping on the resource elements -- 8.1. DM-RS physical channel -- 8.1.1. DM-RS physical signal associated with PUSCH physical channel -- 8.1.2. DM-RS physical signal associated with the PUCCH physical channel -- 8.2. SRS physical signal -- 8.2.1. Sequence generation -- 8.2.2. Mapping on the resource elements -- 8.2.3. Configuration of the subframes -- 8.2.4. Transmission of the SRS physical signal -- 8.2.5. Power control -- 9.1. PRACH physical channel -- 9.1.1. Time structure of the preamble -- 9.1.2. Frequency structure of the preamble -- 9.1.3. Location of the preamble.
9.1.4. Sequence generation of the preamble -- 9.1.5. Power control -- 9.2. PUCCH physical channel -- 9.2.1. UCI information -- 9.2.2. Formats 1, 1a and 1b -- 9.2.3. Formats 2, 2a and 2b -- 9.2.4. Format 3 -- 9.2.5. Configuration of the resource blocks -- 9.2.6. Allocation of the PUCCH physical channel -- 9.2.7. Power control -- 9.3. PUSCH physical channel -- 9.3.1. Error detection code -- 9.3.2. Segmentation -- 9.3.3. Error correction code -- 9.3.4. Rate matching -- 9.3.5. Concatenation -- 9.3.6. Coding of the control data -- 9.3.7. Multiplexing of the control and traffic data -- 9.3.8. Interleaving -- 9.3.9. Scrambling -- 9.3.10. Modulation -- 9.3.11. Mapping on the spatial layers -- 9.3.12. Precoding -- 9.3.13. Mapping on the resource elements -- 9.3.14. Allocation of resources -- 9.3.15. Frequency hopping -- 9.3.16. Power control -- 10.1. Access control -- 10.1.1. PRACH physical channel acquisition -- 10.1.2. Random access -- 10.2. Data transfer -- 10.2.1. Scheduling.
10.2.2. DRX function -- 10.2.3. SPS function -- 10.2.4. HARQ function -- 10.2.5. TTI bundling function.
Includes bibliographical references and index.
Long-Term Evolution (Telecommunications)