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TABLE OF CONTENTS　　※詳細な目次はデータリソースウェブページをご覧ください。

1.0 EXECUTIVE SUMMARY 10
1.1 ADVANTAGES OF WIRELESS NETWORKS 10
1.1.1 POPULARITY 10
1.1.2 MOBILITY 10
1.1.3 EASE OF DEPLOYMENT 11
1.2 FIRST GENERATION OF MOBILE TELECOMMUNICATIONS (1G) 11
1.3 SECOND GENERATION MOBILE TELECOMMUNICATIONS (2G) 13
1.3.1 SIM 15
1.3.2 SPEECH CODING 15
1.3.3 AUTHENTICATIONS AND SECURITY IN GSM NETWORKS 15
1.3.4 WAP (WIRELESS APPLICANT PROTOCOL) 16
1.3.5 MOBILE TELECOMMUNICATIONS THIRD GENERATION 16
1.3.6 CHARACTERISTICS OF 3G SYSTEMS 17
1.3.7 THE EVOLUTION OF THE 3G SYSTEM 18
1.3.8 APPLICATIONS IN 3G SYSTEM 19
1.3.9 SUMMARY 19
1.4 MOBILE TELECOMMUNICATIONS 4TH GENERATION AND LTE 19
1.4.1 TARGET OF 4G SYSTEM 20
1.4.2 APPLICATIONS AND SERVICES OF 4G SYSTEM 20
1.4.3 TELE PRESENCE 20
1.4.4 INFORMATION ACCESS 20
1.4.5 INTER-MACHINE COMMUNICATION 21
1.4.6 INTELLIGENT SHOPPING 21
1.4.7 LOCATION-BASED SERVICES 21
1.4.8 LBS IN GENERAL 22
1.4.9 TECHNIQUES 23
1.4.10 CELL ID-BASED LOCATION 23
1.4.11 TERMINAL-BASED LOCATION TECHNIQUES 25
1.4.12 GLOBAL POSITIONING SYSTEM (GPS) 26
1.4.13 GPS DISADVANTAGES 26
1.4.14 LOCATION ARCHITECTURE AND INTERFACES 27
1.4.15 PROTOCOLS BASED ON PLAIN-TEXT XML 28
1.4.16 ROAMING LOCATION PROTOCOL (RLP) 29
1.4.17 DIFFERENCE BETWEEN MLP AND RLP 31
1.4.18 ADDING LOCATION VALUE 31
1.4.19 APPLICATIONS AND CONTENT 32
1.4.20 GAMING 34
1.4.21 GLOBALIZATION OF PRODUCTS 36
1.4.22 COMMUNICATING APPLIANCES 36
1.4.23 STANDARDIZATION DIVERSIFICATION 36
1.4.24 SUMMARY 36

2.0 LONG TERM EVOLUTION 37
2.1 INTRODUCTION 37
2.2 FUTURE TRENDS 38
2.3 EVOLUTION OF THE TELECOMMUNICATION INDUSTRY TO 2016 39
2.4 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT 41
2.4.1 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT TDD SYSTEM 42
2.4.2 FEATURES OF FUTURE TDD SYSTEM 43
2.4.3 CHALLENGES OF THE TDD SYSTEM 43
2.4.4 THE UPCOMING TECHNOLOGY OF TDD SYSTEM 44
2.4.5 TDD TOPOLOGY 44
2.5 RADIO ACCESS NETWORK (RAN) 45
2.5.1 CONTROL PLANE AND USER PLANE 45
2.5.2 PEAK DATA RATE 46
2.6 MULTIPLE ACCESS METHODS 46
2.6.1 OFDM MODULATION 47
2.6.2 RANDOM ACCESS PROCEDURE 47
2.7 LTE APPLICATIONS 49
2.7.1 CHARGING IN LTE 51
2.7.2 IP MULTIMEDIA SYSTEM (IMS) CHARGING 51
2.7.3 MULTIMEDIA SESSIONS 52
2.7.4 MOBILE IP 54
2.7.5 THE MIGRATION FROM IPV4 TO IPV6 55
2.8 LTE BASED APPLICATIONS 59
2.8.1 CDMA2000 WITH LTE 59
2.8.2 WIMAX WITH LTE 61
2.9 COMPARISON BETWEEN LTE SOLUTIONS 64
2.9.1 THROUGHPUT PERFORMANCE 64
2.10 LTE PERFORMANCE ANALYSIS 67
2.10.1 LATENCY 67
2.10.2 EFFICIENCY 68
2.10.3 VOIP OVER LTE 71
2.11 LTE STRATEGIES 72
2.11.1 LTE STRATEGIES 2011-2012 72
2.11.2 STRENGTHS AND WEAKNESS OF BROADBAND 74
2.11.3 CURRENT MARKET SEGMENT 75
2.11.4 DEPLOYING EDGE/HSPA/HSPA+ STRATEGY 78
2.12 3GPP STRATEGY DEPLOYMENT 79
2.12.1 2013-2015 KEY SERVICE ADVANCES 84
2.12.2 DEVICES DEVELOPMENTS 86
2.12.3 NETWORK INTERFACES 86
2.12.4 MOBILE INTERFACES 87
2.12.5 HIGH-PERFORMANCE BROADBAND SYSTEMS STRATEGIES 88
2.12.6 EDGE/HSPA/LTE FEATURES 2011-2014 91
2.12.7 ADOPTION OF TECHNOLOGIES TO 2030 92
2.13 MIGRATION FROM THE CURRENT NETWORKS TO LTE STRATEGIES 92
2.14 LONG TERM EVOLUTION (LTE) MARKET AND TECHNOLOGY OVERVIEW 95
2.14.1 LTE MARKET OVERVIEW 95
2.14.2 MARKET DRIVERS 95
2.14.3 THE SHIFT FROM VOICE TO DATA CENTRIC SERVICES 95
2.14.4 THE DEMAND FOR HIGHER DATA ARPUS 95
2.14.5 CAPACITY MANAGEMENT AND OPEX REDUCTION 96
2.14.6 LIMITED COMPETITION 96
2.14.7 LACK OF FIXED BROADBAND IN LOW DENSITY AREAS 96
2.14.8 VENDOR COMMITMENTS 97
2.14.9 MARKET BARRIERS 97
2.14.10 SPECTRUM CONGESTION 97
2.14.11 HIGH INVESTMENTS FOR EARLY ADOPTERS 98
2.14.12 CONSUMER DEVICE CHALLENGES 98
2.14.13 BROADBAND PRICING AND INTERNATIONAL ROAMING 98
2.14.14 LTE TECHNOLOGY OVERVIEW 99
2.14.15 TECHNOLOGY OVERVIEW 99
2.14.16 PERFORMANCE METRICS 99
2.14.17 LTE ADVANCED 100
2.14.18 NTEGRATION WITH DEPLOYED NETWORKS 100
2.15 NEXT GENERATION NETWORK (NGN) OSS/BSS 101
2.15.1 NGN OSS OVERVIEW 101
2.15.2 DRIVERS OF NGN 102
2.15.3 TELECOM OPERATOR AND VENDOR INTERESTS 102
2.15.4 IMPROVEMENT IN ACCESS TECHNOLOGIES 103
2.15.5 REDUCED VENDOR DEPENDENCY 104
2.15.6 OPERATIONAL CHALLENGES 104
2.15.7 INTEGRATION OF MULTIPLE PRIVATE NETWORKS AND APPLICATION INTO THE LARGER PUBLIC NETWORKS 104
2.15.8 QUALITY OF SERVICE (QOS) 105
2.15.9 NATIONAL SECURITY AND COMPETITIVE POLICIES 105
2.16 NGN OSS/BSS: COMPONENTS, IMS IMPLICATIONS AND FRAMEWORKS 106
2.16.1 NETWORK PLANNING AND ENGINEERING 106
2.16.2 FAULT MANAGEMENT 106
2.16.3 PERFORMANCE MANAGEMENT 106
2.16.4 PROVISIONING AND SERVICE ACTIVATION 107
2.16.5 INVENTORY MANAGEMENT 107
2.16.6 BILLING AND CUSTOMER CARE 108
2.16.7 MEDIATION 109
2.16.8 REVENUE ASSURANCE 109
2.16.9 CHALLENGES FOR OSS AND BSS 109
2.17 OSS CHALLENGES 110
2.17.1 STAKEHOLDER APPREHENSIONS 110
2.17.2 FRAMEWORK TO INTEGRATE CUSTOMIZATION DEMANDS 111
2.17.3 SMOOTH TRANSITION FROM EXISTING OSS FRAMEWORKS 111
2.17.4 MULTI-VENDOR COORDINATION 112
2.17.5 BSS CHALLENGES 112

3.0 EVOLVED PACKET CORE (EPC) 115
3.1 THE BENEFITS OF EPC FOR BOTH END USER AND OPERATORS 118
3.1.1 ARCHITECTURE OF EPC 119
3.1.2 USER EQUIPMENT (UE) 121
3.1.3 RADIO NETWORKS AND EPC 124
3.2 EPC DEPLOYMENT CASES 126
3.3 INSTALLING CASES 127
3.3.1 FIRST SCENARIO 127
3.3.2 SECOND SCENARIO 131
3.4 THIRD SCENARIO 132
3.4.1 FIFTH SCENARIO 134
3.5 FUTURE TRENDS 134
3.6 FEMTOCELLS 135
3.6.1 ROI OF THE FEMTOCELLS 137

4.0 SELF ORGANIZING NETWORKS 140
4.1 INTRODUCTION 140
4.2 ARCHITECTURE OF SON 140
4.2.1 IEEE 802.16 142
4.2.2 NGMN STANDARDS FOR SON 142
4.2.3 SON CATEGORIES AND CASES 143
4.2.4 DISTRIBUTED/SELF-ORGANIZING (DSO) 144
4.2.5 COOPERATIVE RELAYING (CR) IN SON 144
4.2.6 FEEDBACK OVERHEAD IN SON 145
4.2.7 CODEBOOK-BASED PRE-CODING IN SON 145
4.2.8 FEEDBACK DELAY IN SON 145
4.3 INSTALLING SON 146
4.4 STAGES OF INSTALLING SON 146
4.4.1 SELF CONFIGURATION 146
4.4.2 SELF OPTIMIZATION 147
4.4.3 SELF HEALING 147
4.4.4 PROBLEMS WITH SELF HEALING 148
4.4.5 INSTALLING PHASES 148

5.0 NEW VALUE ADDED SERVICES APPLICATION FOR THE 4G AND LTE ERA 150
5.1 E-GOVERNMENT 150
5.1.1 MOBILE APPLICATIONS FOR THE GOVERNMENT 151
5.1.2 THE FUTURE OF E-GOVERNMENT CONCEPT 153
5.1.3 E-GOVERNMENT TO MOBILE GOVERNMENT (GOVERNMENT ON GO CONCEPT) 154
5.1.4 THE RETURN ON THE INVESTMENT OF THE MOBILE GOVERNMENT 155
5.1.5 THE USE OF TELECOMMUNICATION IN PUBLIC SERVICE APPLICATIONS 156
5.1.6 CASE STUDY: HOW TELECOMMUNICATION CAN SAVE COSTS FOR THE GOVERNMENTS AND MAKE PROFITS 157
5.1.7 THE EFFECT ON THE ECONOMY AND THE ROI 158
5.1.8 CELL BROADCAST SERVICE (CBS) 159
5.1.9 CELLTICK 160
5.1.10 (MMS) MULTIMEDIA MESSAGING SERVICE 160
5.1.11 MOZAT 163
5.1.12 ANNY WAY MMS 163
5.1.13 UNIFIED MESSAGING 163
5.1.14 CYCOS AG 165
5.2 AUGMENTED REALITY 168
5.2.1 INTRODUCTION 168
5.2.2 AR 3D APPLICATIONS 170
5.2.3 TRACKING USER'S POSITION 172
5.2.4 QR CODES 174
5.2.5 MOBILE SYSTEMS IN AR 175
5.2.6 COLLABORATIVE APPLICATIONS 179
5.2.7 AUGMENTED REALITY CHALLENGES 180
5.2.8 AR APPLICATIONS 182
5.2.9 AR IN TOURISM 184
5.2.10 AR AND FACE RECOGNITION 185
5.2.11 CASE STUDY: HOW MOBILE CAN BENEFIT FROM AUGMENTED REALITY 185
5.3 WEB 2.0 AND SOCIAL SOFTWARE 185
5.3.1 LOCATION-BASED SERVICE IN AR 186
5.3.2 CONCLUSION 186

6.0 THE CURRENT CHALLENGES FACING THE TELECOMMUNICATION INDUSTRY 187

7.0 MOBILE ADVERTISING 192
7.1 MOBILE MESSAGING VENDORS GROW UP 198
7.2 MOBILE MESSAGING, MOBILE SEARCH CRITICAL ADVERTISING TOOL 199
7.3 LOCALIZED MOBILE ADS DRIVE KEY SALES IN SPECIFIC VERTICALS 202
7.3.1 MOBILE VIDEO AND APPS IS FASTEST GROWING CONTENT SECTOR 205
7.3.2 ADVERTISING SPENDING GROWTH FORECASTS 2012 TO 2020 205
7.3.3 EUROPEAN MOBILE MARKETING WILL GROW GRADUALLY 206
7.3.4 EUROPE MOBILE MARKETING EFFORTS MATURE SLOWLY 209
7.3.5 ASIA REMAINS MOBILE GLOBAL LEADER; U.S. LAGS 209
7.3.6 GROWTH OF MOBILE MARKETING SPENDING FACES CHALLENGES 210
7.4 MOBILE MARKETING VENDORS MAKE THEIR MARK 212
7.4.1 SUPPLIERS PROVIDE DIVERSE SET OF OFFERINGS 212
7.4.2 ADVERTISING NETWORKS VIE FOR LEADING BRAND CLIENTELE 213
7.4.3 GLOBAL MARKET SPENDING TO REACH $54B BY 2020 217
7.5 RECOMMENDATIONS FOR THE MOBILE MARKETER DURING AN ECONOMIC DOWNTURN 227
7.5.1 IMMEDIATE MEASUREMENT OF SUCCESS ATTRACTS ADVERTISERS 228

8.0 HANDSETS DEVELOPMENTS 231
8.1 MANUFACTURES OF THE SEMICONDUCTORS WORLDWIDE 236
8.2 INTEL CORPORATION 236
8.3 COMPANY OVERVIEW 236
8.3.1 LOCATION 236
8.3.2 INDUSTRY CLASSIFICATION 236
8.3.3 BUSINESS DESCRIPTION 236
8.3.4 SERVICE OFFERINGS 237
8.3.5 COMPANY HISTORY 237
8.3.6 KEY PEOPLE 237
8.4 FINANCIAL POSITION 238
8.4.1 FINANCIALS & KEY NUMBERS 238
8.4.2 FINANCIAL ANALYSIS 239
8.4.3 SEGMENTAL PERFORMANCE 242
8.5 COMPANY UPDATES 242
8.5.1 KEY DEVELOPMENTS 242
8.5.2 LEGAL ISSUES 242
8.5.3 MERGERS AND ACQUISITIONS 243
8.5.4 COMPANY ANALYSIS 244
8.6 AMD (ADVANCED MICRO DEVICES) ANALYSIS 245
8.7 COMPANY OVERVIEW 245
8.7.1 LOCATION 245
8.7.2 INDUSTRY CLASSIFICATION 245
8.7.3 BUSINESS DESCRIPTION 245
8.7.4 SERVICE OFFERINGS 245
8.7.5 COMPANY HISTORY 245
8.7.6 KEY PEOPLE 246
8.7.7 FINANCIALS & KEY NUMBERS 247
8.7.1 KEY FINANCIALS 247
8.7.2 SEGMENTAL PERFORMANCE 250
8.8 COMPANY UPDATES 250
8.8.1 KEY DEVELOPMENTS 250
8.8.2 LEGAL ISSUES 250
8.8.3 COMPANY ANALYSIS 251
8.8.4 INDUSTRY OUTLOOK TO 2020 252
8.8.5 COMPETITIVE FACTORS 253
8.8.6 THE ECONOMY AND THE INDUSTRY CAPACITY 262
8.8.7 KEY RISKS IN SEMICONDUCTOR INDUSTRY: 266

9.0 TELECOMMUNICATIONS MARKET SUMMARY WORLDWIDE 268
9.1 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN ASIA 268
9.1.1 THE MARKET FOR MOBILE PHONE DEVICES IN ASIA: 2011 - 2016 269
9.2 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN EUROPE 269
9.2.1 THE MARKET FOR MOBILE PHONE DEVICES IN EUROPE: 2011 - 2016 271
9.3 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN LATIN AMERICA 271
9.3.1 THE MARKET FOR MOBILE PHONE DEVICES IN LATIN AMERICA: 2011 - 2016 272
9.3.1 CONSUMER MARKET (2012 - 2017) 272
9.3.2 SEMICONDUCTORS IN AUTOMOTIVE INDUSTRY MARKETS 275
9.3.3 MILITARY MARKETS 276

10.0 MOBILE PAYMENT AND ITS POTENTIALS FOR OPERATORS TO MAKE PROFIT 278
10.1.1 MOBILE PAYMENT SYSTEMS 278
10.1.2 CURRENT M-PAYMENT MARKET 280
10.1.3 MONEY TRANSFERS 282
10.1.4 M-BANKING ECO-SYSTEM 283
10.1.5 MOBILE WALLETS 285
10.1.6 COMPARISON BETWEEN CURRENT WALLET SYSTEMS 297
10.1.7 ADVANTAGES OF THE M-PAYMENTS SYSTEMS 298

11.0 MOBILE COMMERCE AND ITS PROFIT FOR OPERATORS 300
11.1.1 FACTORS TO AFFECT THE M-COMMERCE INDUSTRY 307
11.1.2 THE FUTURE OF M-COMMERCE 308
11.1.3 M-COMMERCE FUTURE TRENDS 311
11.1.4 M-COMMERCE CHALLENGES 312
11.1.5 CONCLUSION 315
11.2 MOBILE TV IN LTE 317
11.2.1 MOBILE TV ECOSYSTEM 317
11.2.2 THE OPERATORS ROLE 320
11.2.3 HANDSET MANUFACTURERS ROLE 321
11.2.4 SOFTWARE VENDORS ROLE 324
11.2.5 CHARGING IN MOBILE TV 324
11.2.6 SPECTRUM 326
11.2.7 CONCLUSION 327

12.0 MOBILE NETWORK MANAGEMENT: WAYS TO INCREASE PROFITS 328
12.1.1 NETWORK MANAGEMENT FUNCTIONALITY 331
12.1.2 MOBILE NETWORK MANAGEMENT METHODS 333
12.1.3 SIMPLE NETWORK MANAGEMENT PROTOCOL (SNMP) 334
12.1.4 OTHER NETWORK MANAGEMENT PROTOCOLS 334
12.1.5 MANAGING INTERNET PROTOCOL FOR MOBILES 335
12.1.6 CASE STUDY: HOW TO MANAGE NETWORKS TO INCREASE PROFITS 336
12.1.7 CORE DIAMETER NETWORKS MANAGEMENT 338
12.1.8 SUBSCRIBER DATA MANAGEMENT 339
12.1.9 POLICY MANAGEMENT 339

13.0 TELECOMMUNICATION MARKET WORLDWIDE 343
13.1 ASIA-PACIFIC MOBILE TELECOMMUNICATIONS MARKET 343
13.1.1 OVERVIEW 343
13.1.2 INTERNATIONAL MARKET, AND THE ASIA-PACIFIC MARKET 343
13.1.3 THE ASIA-PACIFIC MARKET COMPANIES 346
13.1.4 THE MARKET OVERVIEW 351
13.1.5 COMPANIES STRATEGIES IN THE ASIAN-PACIFIC MARKET 353
13.1.6 SUMMARY 356
13.2 THE EUROPEAN MOBILE TELECOMMUNICATIONS MARKET 358
13.2.1 OVERVIEW 358
13.2.2 MOBILE LICENSE DISTRIBUTION 358
13.3 THE EUROPEAN MARKET ANALYSIS 365
13.3.1 THE ANALYSIS OF THE MAJOR OPERATORS IN EUROPE (T-MOBILE, ORANGE AND VODAFONE) 369
13.3.2 CONCLUSION 373
13.4 THE LATIN AMERICAN MOBILE MARKET 374
13.4.1 INTRODUCTION 374
13.4.2 THE MARKET IN THE PAST 374
13.4.3 THE MARKET IN 2004 375
13.4.4 THE MARKET IN 2005 378
13.4.5 THE MARKET IN 2006 378
13.4.6 THE MARKET IN 2007 TO 2010 380
13.4.7 CONCLUSION 383

14.0 DATA MINING AND MANAGEMENT IN TELECOMMUNICATIONS 386
14.1.1 DATA MINING TOOLS AND TECHNIQUES 387
14.1.2 THE PERFORMANCE OF DATA MINING TECHNIQUES WHEN APPLIED TO CHURN PREDICTION 389
14.1.3 DATA MINING FOR CALLS 389
14.1.4 DATA MINING IN DATA NETWORKS 390
14.1.5 DATA MINING IN CUSTOMERS DATA AND ITS PRIVACY 391
14.2 CURRENT CLIENTS OF TEKELEC 393
14.3 TEKELEC CURRENT AND FUTURE FINANCIAL ANALYSIS 394
14.3.1 THE FUTURE OF TEKELEC 395
14.3.2 WHAT'S MAKE TEKELEC UNIQUE 396
14.3.3 PRODUCTS SET 396
14.3.4 TEKELEC ACQUISITION 397
14.3.5 CHALLENGES OF THE MARKET 398
14.3.6 HOW TEKELEC CAN OVERCOME THE CHALLENGES 398
14.4 MOBILE APPLICATION STORE AND ITS POTENTIAL REVENUES FOR MOBILE OPERATORS 401
14.4.1 CONCLUSION 407

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