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Kursinhalt / Content of course: Technology UMTS FundamentalsUeberarbeitungsdatum / Last changed: 2010-10-14Den Korrekturstand entnehmen Sie bitte den zwei letzten Stellen im Nummernbereich des Dateinamensfghghjghjgh (z.B. beim sn1231eu10sn_0001_doc.exe ist _01_ der Korrekturstand, die groesste Nummer entspricht dem neuesten Stand)Bei Problemen mit dieser Datei erhalten Sie Untersttzung bei: [email protected] Unterlage unterliegt nicht dem Aenderungsdienst.Vorgehensweise zur Verwendung von Kursunterlagen (Ueberpruefung des Aenderungsstands): - Rufen Sie die Intranetseite fuer die Kursdokumentationssuche auf - Geben Sie die gewuenschte Kursnummer im Feld 'Suchen' ein - Ermitteln Sie den Materialstamm anhand der BOM - Verwenden Sie nur den aktuellen Aenderungsstand der Dokumentation (letzte 2 Stellen des Nummernbereichs im Dateinamen). >>> Ueberpruefen Sie bitte, ob es sich um den aktuellen Kurs handelt; laden Sie diesen gegebenenfalls erneut herunter!Please enter the last two digits from the number area of the file name, as the status of correction (e.g. with sn1231eu10sn_01_doc.exe is _01_ the status of correction, the largest number corresponds to the most recent status)When problems occur with this files, consult MTS: [email protected] is no update service for these modules.Procedures for the use of course documents (vetting of the level of change): - Consult the Intranet site for the course documentation search - Enter the selected course number in the field 'Search' - Establish the core material from the BOM - Only use the current update service of the documentation (last 2 digits of the number in the data name). >>> Please check, if it is the course in question; if not, then enter the right one once again underneath!Inhalt der Register / Contents of sub-sections:(1) UMTS Overview1 Cellular System 31.1 First Steps and first generation (1G) 41.2 Second Generation (2G) 111.3 Third generation (3G) 162 UMTS 172.1 UMTS development 182.2 Mobile communication market 193 Standardization 234 UMTS Evolution 275 Comparison with mobile technologies 336 Exercises 397 Solution 41(2) UMTS Architecture and Element Functionalities1 Introduction 32 User equipment 92.1 Architecture 102.2 Terminal Equipment 122.3 Mobile Termination 122.4 UICC 123 UTRAN 153.1 Node B 163.2 Radio Network Controller 184 Core Network 214.1 General Architecture for UMTS R.99 224.2 UMTS R.4 Architecture 365 Transport Technologies 435.1 ATM 445.2 IP 586 Exercises 757 Solution 79(3) UMTS Air Interface1 UMTS Air interface technology 31.1 Duplex methods 41.2 UMTS Frequency 61.3 Access method 82 UMTS Air interface description 132.1 Principle 142.2 Data processing 162.3 Codes 262.4 Logical, transport and physical Channels 362.5 Air interface protocol stack 463 High Speed Downlink Packet Access HSDPA 613.1 HSDPA performance 633.2 HSDPA implementation : 643.3 HSDPA channels 673.4 MAC Layer Split 683.5 Adaptive Modulation and Coding (AMC) Scheme : 713.6 Error Correction (HARQ) 723.7 Fast packet scheduling 743.8 Impact on the Iub Interface 763.9 Handset Capabilities 774 Exercises 795 Solution 82(4) UMTS Functionalities and Procedures1 Radio Resource Management 31.1 Introduction 41.2 Radio Resource Control 61.3 Admission Control 101.4 Packet Scheduler 161.5 Load Control 181.6 Code Allocation 261.7 Channelization code planning 261.8 Scrambling code planning 281.9 Power Control 281.10 Handover Control 321.11 Diversity 542 Mobility Management 592.1 Introduction 602.2 Location Update 622.3 Paging 702.4 Roaming Case 723 Session Management 753.1 Initial Access to the Network 763.2 Authentication and Ciphering 784 Procedure Examples 854.1 Elementary Procedures 864.2 Paging 884.3 RRM Procedure Examples 1154.4 MM Procedure Examples 1285 Exercises 133(5) UMTS Signaling Protocols1 Module Objectives 32 Introductions to UMTS Signaling 52.1 Understanding the Bearer and the Need for Signaling 82.2 UMTS Network Structure 102.3 General protocol model for UTRAN terrestrial interfaces 123 Transport Plan: Access Stratum 153.1 ATM Protocol 163.2 ATM Adaptation Layer 223.3 ATM Transport control protocol: AAL type 2 signaling 283.4 UTRAN Interfaces 304 Control Plane: Serving Stratum 414.1 Common Channel Signaling - 7 (CCS7) 424.2 Iub Interface Control Plane: Node B Application Part (NBAP) 544.3 Iur Interface Control Plane: Radio Network Subsystem Application Part (RNSAP) 584.4 Iu interface control plane (RANAP - Radio Access Network Application Part) 645 User Plane: Application Stratum 796 UMTS Release 4 Protocols 856.1 Media Gateway Control protocol (H.248/MEGACO) 886.2 BICC 906.3 Session Initiation Protocol (SIP) 966.4 Benefits of Release 4 987 Exercises 998 Solutions 105(6) UMTS Services and Applications1 Module Objectives 32 3G evolution 52.1 3G service evolution 52.2 3G bit rate evolution 63 Services and Applications 73.1 Introduction to Mobile Applications 83.2 Service Platforms 94 Services and QoS classes 114.1 Services and Conversational QoS Class 164.2 Services and Streaming QoS Class 184.3 Services and Interactive/Background Class 195 Examples of UMTS Applications 215.1 Applications using Circuit Switched Service 225.2 Applications using Packet Switched Service 236 Appendix 276.1 Quality of Service QoS 287 Exercises 358 Solution 37(7) UMTS Evolution1 UMTS air interface technology 31.1 UMTS Release 5 42 Release 6 232.1 Multimedia Broadcast Multicast Service (MBMS) 262.2 WLAN 312.3 HSUPA 373 Release 7 434 Release 8 475 LTE 495.1 Introduction 505.2 LTE design goals 525.3 LTE basic concepts 535.4 OFDM 546 Exercises 65(8) Nokia Siemens Networks UMTS Products1 UMTS Network 31.1 Basics 41.2 NSN UMTS Products Platforms 62 NSN UTRAN Products 73 NSN UMTS Core Network Products 293.1 Circuit Switched Domain 303.2 Packet Switched Domain 444 NSN IMS Products 524.1 FMC Components 545 UMTS Network Management Solutions 615.1 Basics 62