marco
2012-03-16, 05:31 AM
LTE Technology for Engineers Training Guide by AIRCOM_2010
Contents
1 Introduction to LTE 9
1.1 Where are we? 9
1.2 Release 99 11
1.3 UTRAN 15
1.4 3G Services and QoS Classes 21
1.5 HS-PDSCH 22
1.6 HSDPA 23
1.7 HSUPA 24
1.8 HSPA+ Error! Bookmark not defined.
1.9 Upgrade Paths to LTE 28
1.10 R8 LTE 29
1.11 Scalability of Bandwidth 33
1.12 LTE Key Features 34
2 IP Core Network Overview 41
2.1 The TCP/IP Layers 41
2.2 Transport Layer Protocols 43
2.3 Application Layer Services 47
2.4 TCP/IP Inter-networks 52
2.5 IP Datagram Format 53
2.6 Maximum Transfer Unit (MTU) 55
2.7 Fragmentation 56
2.8 Time To Live (TTL) 57
2.9 IP Addresses 59
2.10 Dotted Decimal Notation 60
2.11 Address Classes 61
2.12 Special IP Addresses 62
2.13 Realtime Transport Protocol (RTP) 63
2.14 Base Header Format 66
2.15 The Need for QoS 72
2.16 IP Precedence 73
2.17 Type of Service 75
2.18 Differentiated Services 81
2.18.1 Assured Forwarding 86
2.18.2 Weighted Fair Queing 88
2.18.3 RNC Scheduling 89
2.19 Questions 90
3 Layer 2 Switching 91
3.1 Introduction 91
3.2 Spectral Efficiency 93
3.3 The TCP/IP Layers 95
3.4 Message Switching 97
3.5 Frames 98
3.6 Hardware Addresses 101
3.7 Store & Forward 102
3.7.1 Cut Through Switching 103
3.7.2 Modified Cut-Through 104
3.8 Switches and VLAN’s 105
3.9 Link Aggregation 109
3.10 Carrier Ethernet Overview 114
3.11 The Three Essential Functions of Connection-Oriented Ethernet 118
3.12 Colour Marking 124
3.13 Traffic Policing and Shaping 125
3.14 MEF Bandwidth Profiles 126
3.15 Mapping at the UNIs 128
3.16 Class of Service (CoS) 130
3.17 IEEE 802.1Q — Virtual LANS (VLANS) 131
3.18 Carrier Ethernet Services 132
3.19 Questions 136
4 LTE Basic Air Interface 137
4.1 New Air Interface 137
4.2 OFDMA 138
4.3 Advanced Antenna Techniques 139
4.4 Cyclic Delay Diversity 143
4.5 FDD/TDD 144
4.5.1 FDD 145
4.5.2 TDD 146
4.5.3 LTE TDD / TD-LTE Subframe Allocations 149
4.5.4 Flexible Carrier Bandwidths 150
4.6 Slot Structure and Physical Resources 152
4.6.1 Transmission Bandwidths 155
4.7 Orthagonality 156
4.7.1 Single-Frequency Network Multicast Services 158
4.7.2 Single Carrier Frequency Division Multiple Access (SC-FDMA) 160
4.8 Cyclic Prefix 162
4.9 Delay Spread 163
4.10 Slot Structure and Physical Resources 166
4.11 Scheduler 167
4.12 ASSET - LTE 172
4.13 Downlink Data Transmission 173
4.14 Modulation and Subcarriers 175
4.15 Downlink Reference Signal Structure 177
4.15.1 Configuration of Carrier 178
4.16 Reference Signal Received Power (RSRP) 181
4.17 Channel Quality Indicator Reporting 183
4.18 Downlink Shared Channel (DL-SCH) 187
4.18.1 Physical Cell Identity (PCI) 188
4.18.2 Physical Downlink Control Channel 189
4.19 Questions 190
5 LTE Network Architecture and Protocols 191
5.1 LTE Architecture 192
5.2 Roaming Architecture 195
5.3 Bearer Establishment Procedure 199
5.4 KPI-RAB Success 204
5.5 KPI –Dropped Call Ratio ? 205
5.6 The Home Subscriber Service 210
5.7 PDN Gateway 212
5.8 Network Sharing 217
5.9 Session Initiation Protocol Architecture 219
5.10 LTE Functional Nodes 224
5.11 Physical Channels, Transport Channels & Logical Channels 227
5.11.1 Logical Channels 228
5.11.2 Transport Channels 231
5.11.3 Physical Channels 235
5.12 Modulation and Coding 238
5.12.1 PDSCH 239
5.12.2 PUSCH 241
5.13 Functional Nodes 242
5.13.1 Functional Nodes - UE 243
5.13.2 Functional Nodes - eNodeB 244
5.14 RLC Modes 245
5.14.1 RLC Modes - Qos 246
5.15 Medium Access Control (MAC) 247
5.16 Physical Control Channel 251
5.16.1 Physical Downlink Control Channel 252
5.17 Multimedia Broadcast/Multicast Service (MBMS) 257
5.18 Reference Signal Received Power (RSRP) 264
5.19 Quality Channel Indicator Reporting 266
6 Mobility Management 271
6.1 UE States 271
6.2 UE Power-up 273
6.2.1 EPS Mobility Management 275
6.2.2 Tracking Area Update 277
6.3 LTE Functional Modes - MME 279
6.4 RRC States 282
6.5 Reference Signal Received Power (RSRP) 295
6.6 Cell Re-selection 299
6.7 Handover – RRC Connected 302
6.7.1 LTE Reference Signal Received Quality (RSRQ) 306
6.7.2 Received Signal Strength Indicator (RSSI) 307
6.7.3 Reference Signal Received Power (RSRP) 308
6.7.4 Handover 309
6.7.5 Automatic Neighbour Relations 315
6.7.6 Measurement Configuration 322
6.8 Questions 324
if u like my share pls add reputation i need it urgently
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download part 6,7 & 8 from public in www.4shared.com (http://www.4shared.com) because i cant upload the all file
http://www.4shared.com/rar/w4ppyyMZ/Aircom_LTE_Technology_for_Engi.html
http://www.4shared.com/rar/HH0fsfec/Aircom_LTE_Technology_for_Engi.html
http://www.4shared.com/rar/rF8vqhOH/Aircom_LTE_Technology_for_Engi.html
Contents
1 Introduction to LTE 9
1.1 Where are we? 9
1.2 Release 99 11
1.3 UTRAN 15
1.4 3G Services and QoS Classes 21
1.5 HS-PDSCH 22
1.6 HSDPA 23
1.7 HSUPA 24
1.8 HSPA+ Error! Bookmark not defined.
1.9 Upgrade Paths to LTE 28
1.10 R8 LTE 29
1.11 Scalability of Bandwidth 33
1.12 LTE Key Features 34
2 IP Core Network Overview 41
2.1 The TCP/IP Layers 41
2.2 Transport Layer Protocols 43
2.3 Application Layer Services 47
2.4 TCP/IP Inter-networks 52
2.5 IP Datagram Format 53
2.6 Maximum Transfer Unit (MTU) 55
2.7 Fragmentation 56
2.8 Time To Live (TTL) 57
2.9 IP Addresses 59
2.10 Dotted Decimal Notation 60
2.11 Address Classes 61
2.12 Special IP Addresses 62
2.13 Realtime Transport Protocol (RTP) 63
2.14 Base Header Format 66
2.15 The Need for QoS 72
2.16 IP Precedence 73
2.17 Type of Service 75
2.18 Differentiated Services 81
2.18.1 Assured Forwarding 86
2.18.2 Weighted Fair Queing 88
2.18.3 RNC Scheduling 89
2.19 Questions 90
3 Layer 2 Switching 91
3.1 Introduction 91
3.2 Spectral Efficiency 93
3.3 The TCP/IP Layers 95
3.4 Message Switching 97
3.5 Frames 98
3.6 Hardware Addresses 101
3.7 Store & Forward 102
3.7.1 Cut Through Switching 103
3.7.2 Modified Cut-Through 104
3.8 Switches and VLAN’s 105
3.9 Link Aggregation 109
3.10 Carrier Ethernet Overview 114
3.11 The Three Essential Functions of Connection-Oriented Ethernet 118
3.12 Colour Marking 124
3.13 Traffic Policing and Shaping 125
3.14 MEF Bandwidth Profiles 126
3.15 Mapping at the UNIs 128
3.16 Class of Service (CoS) 130
3.17 IEEE 802.1Q — Virtual LANS (VLANS) 131
3.18 Carrier Ethernet Services 132
3.19 Questions 136
4 LTE Basic Air Interface 137
4.1 New Air Interface 137
4.2 OFDMA 138
4.3 Advanced Antenna Techniques 139
4.4 Cyclic Delay Diversity 143
4.5 FDD/TDD 144
4.5.1 FDD 145
4.5.2 TDD 146
4.5.3 LTE TDD / TD-LTE Subframe Allocations 149
4.5.4 Flexible Carrier Bandwidths 150
4.6 Slot Structure and Physical Resources 152
4.6.1 Transmission Bandwidths 155
4.7 Orthagonality 156
4.7.1 Single-Frequency Network Multicast Services 158
4.7.2 Single Carrier Frequency Division Multiple Access (SC-FDMA) 160
4.8 Cyclic Prefix 162
4.9 Delay Spread 163
4.10 Slot Structure and Physical Resources 166
4.11 Scheduler 167
4.12 ASSET - LTE 172
4.13 Downlink Data Transmission 173
4.14 Modulation and Subcarriers 175
4.15 Downlink Reference Signal Structure 177
4.15.1 Configuration of Carrier 178
4.16 Reference Signal Received Power (RSRP) 181
4.17 Channel Quality Indicator Reporting 183
4.18 Downlink Shared Channel (DL-SCH) 187
4.18.1 Physical Cell Identity (PCI) 188
4.18.2 Physical Downlink Control Channel 189
4.19 Questions 190
5 LTE Network Architecture and Protocols 191
5.1 LTE Architecture 192
5.2 Roaming Architecture 195
5.3 Bearer Establishment Procedure 199
5.4 KPI-RAB Success 204
5.5 KPI –Dropped Call Ratio ? 205
5.6 The Home Subscriber Service 210
5.7 PDN Gateway 212
5.8 Network Sharing 217
5.9 Session Initiation Protocol Architecture 219
5.10 LTE Functional Nodes 224
5.11 Physical Channels, Transport Channels & Logical Channels 227
5.11.1 Logical Channels 228
5.11.2 Transport Channels 231
5.11.3 Physical Channels 235
5.12 Modulation and Coding 238
5.12.1 PDSCH 239
5.12.2 PUSCH 241
5.13 Functional Nodes 242
5.13.1 Functional Nodes - UE 243
5.13.2 Functional Nodes - eNodeB 244
5.14 RLC Modes 245
5.14.1 RLC Modes - Qos 246
5.15 Medium Access Control (MAC) 247
5.16 Physical Control Channel 251
5.16.1 Physical Downlink Control Channel 252
5.17 Multimedia Broadcast/Multicast Service (MBMS) 257
5.18 Reference Signal Received Power (RSRP) 264
5.19 Quality Channel Indicator Reporting 266
6 Mobility Management 271
6.1 UE States 271
6.2 UE Power-up 273
6.2.1 EPS Mobility Management 275
6.2.2 Tracking Area Update 277
6.3 LTE Functional Modes - MME 279
6.4 RRC States 282
6.5 Reference Signal Received Power (RSRP) 295
6.6 Cell Re-selection 299
6.7 Handover – RRC Connected 302
6.7.1 LTE Reference Signal Received Quality (RSRQ) 306
6.7.2 Received Signal Strength Indicator (RSSI) 307
6.7.3 Reference Signal Received Power (RSRP) 308
6.7.4 Handover 309
6.7.5 Automatic Neighbour Relations 315
6.7.6 Measurement Configuration 322
6.8 Questions 324
if u like my share pls add reputation i need it urgently
10x
download part 6,7 & 8 from public in www.4shared.com (http://www.4shared.com) because i cant upload the all file
http://www.4shared.com/rar/w4ppyyMZ/Aircom_LTE_Technology_for_Engi.html
http://www.4shared.com/rar/HH0fsfec/Aircom_LTE_Technology_for_Engi.html
http://www.4shared.com/rar/rF8vqhOH/Aircom_LTE_Technology_for_Engi.html