| Series |
Artech House mobile communications series
|
| Contents |
Machine generated contents note: 1 WCDMA Enhanced Technologies --11 Physical Channel and Spreading Code -- Assignment -- 111 Physical Channel -- 112 Spreading Code Assignment --12 Transport Channel Multiplexing -- 121 Explanation of Data Format for Layer 1 -- 122 Transport Channel -- 123 Multiplexing and Rate Matching --13 Asynchronous Cell Sites and Synchronization -- 131 Synchronization in UTRAN -- 132 Cell Search -- 133 Random Access --14 SIR Measurement-Based Fast TPC --15 Diversity -- 151 Coherent RAKE Combining (RAKE Time -- Diversity) -- 152 Site Diversity (Soft/Softer Handover) -- 153 Transmit Diversity --16 WCDMA Capacity Enhanced Technologies -- 161 Coherent Adaptive Antenna Array Diversity -- Receiver/Adaptive Antenna Array Transmit -- Diversity -- 162 Experiments -- References --2 Downlink Performance Enhancements in -- CDMA Cellular Systems --21 Evaluation of WCDMA Downlinks -- 211 Assumptions in System Evaluation -- 212 Downlink Capacities of WCDMA -- 213 Impact of SHO Window Threshold on -- Downlink Capacity --22 Optimum Orthogonal Code Allocation in -- CDMA Downlinks --23 Site Selection Diversity TPC -- 231 Overview -- 232 Detailed Operation -- 233 Simulation Conditions for Evaluation of -- Performance -- 234 Codeword Set -- 235 Performance -- 236 Performance in Combination with -- Transmission Diversities --24 Summary and Subjects for Future Study -- References -- 3 GSM/EDGE Radio Access Network: -- Evolution of GSM/EDGE Toward 3G Mobile -- Services --31 Introduction --32 3G Mobile Services --33 Architecture -- 331 Introduction -- 332 BSS External Interfaces -- 333 Modes of Operation -- 334 Protocol Architectures --34 Radio Interface Protocols -- 341 General -- 342 RRC Protocol -- 343 PDCP -- 344 RLC -- 345 MAC --35 GERAN Physical Layer -- 351 Services -- 352 From GSM/EDGE to GERAN -- 353 Physical Resource -- 354 Logical Channels -- 355 Mapping of Logical Channels onto Basic -- Physical Subchannels -- 356 Channel Coding -- 357 Fast Power Control in GERAN --36 Security in GERAN -- 361 Ciphering -- 362 Integrity Protection --37 Conclusion -- References -- Appendix 3A: Radio Access Bearer -- Realization --3A. 1 Conversational --3A2 Streaming --3A3 Interactive and Background --4 CDMA2000 High-Rate Packet Data System --41 Introduction --42 Overview of the IS-856 Basic Concepts --43 Overlaying IS-2000 and IS-856 Systems --44 IS-856 Physical Layer Description -- 441 Forward Link -- 442 Reverse Link --45 IS-856 MAC Layer Description -- 451 Forward Traffic Channel MAC -- 452 Reverse Traffic Channel MAC --46 Link Budget -- 461 Link Budget Analysis -- 462 IS-856 Link Budget Assumptions -- 463 Link Budget Calculation -- Acknowledgments -- References --5 Peak-to-Average Ratio of CDMA Systems --51 Background and Introduction of PAR -- 511 General PAR Definition --52 PAR Analysis of CDMA Signals -- 521 PAR for Single-Carrier DS-CDMA Systems -- 522 PAR for Multicarrier CDMA Systems --53 PAR Control for CDMA Signals -- 531 PAR Control for Single-Carrier DS-CDMA -- Systems -- 532 PAR Reduction Technique for Multicarrier -- CDMA Systems --54 Conclusion -- References --6 IP Mobility Framework for Supporting -- Wireless and Mobile Internet --61 Introduction --62 Challenges of IP Mobility -- 621 User Identity -- 622 Address Management -- 623 Dynamic Host Configuration Protocol and -- Domain Name Server Interfaces -- 624 Mobility-Related Information -- 625 Security -- 626 User Privacy -- 627 Dynamic Profile Distribution -- 628 Mobility-Based AAA Protocol -- 629 Handoff -- 6210 Broker Services -- 6211 B2B Service Agreements --63 IP Mobility Architecture Framework -- 631 IP Mobility Architecture Components --64 IPv6 Challenges for IP Mobility -- 641 Resource Management Layer -- 642 Routing Layer -- 65 Conclusion -- Acknowledgments -- References --7 Software Radio: A Prospective Technology -- for Future Broadband Communication -- Systems --71 Introduction --72 Mobile Communication Scenario in the 2010 --73 Overview of Software Radios -- 731 Motivation to Develop Software Radios and -- Their Advantages -- 732 Historical Background -- 733 Practical Software Radio Architecture -- 734 Frequency-Domain Illustration of the Receiver -- Signal Processing --74 Bandpass Sampling -- 741 Basic Principle and Implementation -- Considerations -- 742 Extensions of Bandpass Sampling --75 Decimation Filtering -- 751 Single-Stage Decimation -- 752 Multistage Decimation -- 753 Reduced-Complexity Implementation Based -- on the Polyphase Technique -- 754 Reduced-Complexity Implementation by Half- -- Band Filters -- 755 Filter Implementation Using Multiple -- Bandstop Filters -- 756 Cascaded Integration-and-Comb Filters -- 757 Choice of Filtering Methods --76 Filter-Bank Channelizers -- 77 Fractional Sampling-Rate Conversion --78 Concluding Remarks -- References. |
| General note | Based on selected papers from the Fourth IEEE Workshop on Emerging Technologies in Circuits and Systems--Third Generation (3G) Mobile Technologies and Applications, held Nov. 29-Dec. 1, 2000, in Hong Kong. |
| Bibliography note | Includes bibliographical references and index. |
| Access restriction | Available only to authorized users. |
| Technical details | Mode of access: World Wide Web |
| Genre/form | Electronic books. |
| LCCN | 2001056654 |
| ISBN | 1580533027 (alk. paper) |
