Overview:
The telecommunications market represents a large ecosystem with multiple players, solutions, applications, technologies and relationships in a multi-billion dollar industry.
It is often daunting to understand the technical and market dynamics and plan business accordingly. This report provides the reader with an understanding of leading trends, issues, challenges, and opportunities with telecommunications with an emphasis on wireless.
Topic areas include: Self Organizing Networks, Value-added Services (VAS), Next Generation Networks (NGN), Fourth Generation (4G) wireless via the LTE standard, Mobile Commerce, Mobile Advertising, and more.
Target Audience:
The telecommunications market represents a large ecosystem with multiple players, solutions, applications, technologies and relationships in a multi-billion dollar industry.
It is often daunting to understand the technical and market dynamics and plan business accordingly. This report provides the reader with an understanding of leading trends, issues, challenges, and opportunities with telecommunications with an emphasis on wireless.
Topic areas include: Self Organizing Networks, Value-added Services (VAS), Next Generation Networks (NGN), Fourth Generation (4G) wireless via the LTE standard, Mobile Commerce, Mobile Advertising, and more.
Target Audience:
- Associations and Technology Groups
- Business and Financial Institutions
- Corporate and Institutional Investors
- Exporters, Importers and Traders
- Government and International Bodies
- Lawyers, Bankers, Libraries, Embassies
- Patent Office and IP Professionals
- Technology Executives and Directors
- Regulatory and Policy Individuals
- Venture Capitalists, Consultants and more...
1. EXECUTIVE SUMMARY
1.1 ADVANTAGES OF WIRELESS NETWORKS
1.1.1 POPULARITY
1.1.2 MOBILITY
1.1.3 EASE OF DEPLOYMENT
1.2 FIRST GENERATION OF MOBILE TELECOMMUNICATIONS (1G)
1.3 SECOND GENERATION MOBILE TELECOMMUNICATIONS (2G)
1.3.1 SIM
1.3.2 SPEECH CODING
1.3.3 AUTHENTICATIONS AND SECURITY IN GSM NETWORKS
1.3.4 WAP (WIRELESS APPLICANT PROTOCOL)
1.3.5 MOBILE TELECOMMUNICATIONS THIRD GENERATION
1.3.6 CHARACTERISTICS OF 3G SYSTEMS
1.3.7 THE EVOLUTION OF THE 3G SYSTEM
1.3.8 APPLICATIONS IN 3G SYSTEM
1.3.9 SUMMARY
1.4 MOBILE TELECOMMUNICATIONS 4TH GENERATION AND LTE
1.4.1 TARGET OF 4G SYSTEM
1.4.2 APPLICATIONS AND SERVICES OF 4G SYSTEM
1.4.3 TELE PRESENCE
1.4.4 INFORMATION ACCESS
1.4.5 INTER-MACHINE COMMUNICATION
1.4.6 INTELLIGENT SHOPPING
1.4.7 LOCATION-BASED SERVICES
1.4.8 LBS IN GENERAL
1.4.9 TECHNIQUES
1.4.10 CELL ID-BASED LOCATION
1.4.11 TERMINAL-BASED LOCATION TECHNIQUES
1.4.12 GLOBAL POSITIONING SYSTEM (GPS)
1.4.13 GPS DISADVANTAGES
1.4.14 LOCATION ARCHITECTURE AND INTERFACES
1.4.15 PROTOCOLS BASED ON PLAIN-TEXT XML
1.4.16 ROAMING LOCATION PROTOCOL (RLP)
1.4.17 DIFFERENCE BETWEEN MLP AND RLP
1.4.18 ADDING LOCATION VALUE
1.4.19 APPLICATIONS AND CONTENT
1.4.20 GAMING
1.4.21 GLOBALIZATION OF PRODUCTS
1.4.22 COMMUNICATING APPLIANCES
1.4.23 STANDARDIZATION DIVERSIFICATION
1.4.24 SUMMARY
2. LONG TERM EVOLUTION
2.1 INTRODUCTION
2.2 FUTURE TRENDS
2.3 EVOLUTION OF THE TELECOMMUNICATION INDUSTRY TO 2016
2.4 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT
2.4.1 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT TDD SYSTEM
2.4.2 FEATURES OF FUTURE TDD SYSTEM
2.4.3 CHALLENGES OF THE TDD SYSTEM
2.4.4 THE UPCOMING TECHNOLOGY OF TDD SYSTEM
2.4.5 TDD TOPOLOGY
2.5 RADIO ACCESS NETWORK (RAN)
2.5.1 CONTROL PLANE AND USER PLANE
2.5.2 PEAK DATA RATE
2.6 MULTIPLE ACCESS METHODS
2.6.1 OFDM MODULATION
2.6.2 RANDOM ACCESS PROCEDURE
2.7 LTE APPLICATIONS
2.7.1 CHARGING IN LTE
2.7.2 IP MULTIMEDIA SYSTEM (IMS) CHARGING
2.7.3 MULTIMEDIA SESSIONS
2.7.4 MOBILE IP
2.7.5 THE MIGRATION FROM IPV4 TO IPV6
2.8 LTE BASED APPLICATIONS
2.8.1 CDMA2000 WITH LTE
2.8.2 WIMAX WITH LTE
2.9 COMPARISON BETWEEN LTE SOLUTIONS
2.9.1 THROUGHPUT PERFORMANCE
2.10 LTE PERFORMANCE ANALYSIS
2.10.1 LATENCY
2.10.2 EFFICIENCY
2.10.3 VOIP OVER LTE
2.11 LTE STRATEGIES
2.11.1 LTE STRATEGIES 2011-2012
2.11.2 STRENGTHS AND WEAKNESS OF BROADBAND
2.11.3 CURRENT MARKET SEGMENT
2.11.4 DEPLOYING EDGE/HSPA/HSPA+ STRATEGY
2.12 3GPP STRATEGY DEPLOYMENT
2.12.1 2013-2015 KEY SERVICE ADVANCES
2.12.2 DEVICES DEVELOPMENTS
2.12.3 NETWORK INTERFACES
2.12.4 MOBILE INTERFACES
2.12.5 HIGH-PERFORMANCE BROADBAND SYSTEMS STRATEGIES
2.12.6 EDGE/HSPA/LTE FEATURES 2011-2014
2.12.7 ADOPTION OF TECHNOLOGIES TO 2030
2.13 MIGRATION FROM THE CURRENT NETWORKS TO LTE STRATEGIES
2.14 LONG TERM EVOLUTION (LTE) MARKET AND TECHNOLOGY OVERVIEW
2.14.1 LTE MARKET OVERVIEW
2.14.2 MARKET DRIVERS
2.14.3 THE SHIFT FROM VOICE TO DATA CENTRIC SERVICES
2.14.4 THE DEMAND FOR HIGHER DATA ARPUS
2.14.5 CAPACITY MANAGEMENT AND OPEX REDUCTION
2.14.6 LIMITED COMPETITION
2.14.7 LACK OF FIXED BROADBAND IN LOW DENSITY AREAS
2.14.8 VENDOR COMMITMENTS
2.14.9 MARKET BARRIERS
2.14.10 SPECTRUM CONGESTION
2.14.11 HIGH INVESTMENTS FOR EARLY ADOPTERS
2.14.12 CONSUMER DEVICE CHALLENGES
2.14.13 BROADBAND PRICING AND INTERNATIONAL ROAMING
2.14.14 LTE TECHNOLOGY OVERVIEW
2.14.15 TECHNOLOGY OVERVIEW
2.14.16 PERFORMANCE METRICS
2.14.17 LTE ADVANCED
2.14.18 NTEGRATION WITH DEPLOYED NETWORKS
2.15 NEXT GENERATION NETWORK (NGN) OSS/BSS
2.15.1 NGN OSS OVERVIEW
2.15.2 DRIVERS OF NGN
2.15.3 TELECOM OPERATOR AND VENDOR INTERESTS
2.15.4 IMPROVEMENT IN ACCESS TECHNOLOGIES
2.15.5 REDUCED VENDOR DEPENDENCY
2.15.6 OPERATIONAL CHALLENGES
2.15.7 INTEGRATION OF MULTIPLE PRIVATE NETWORKS AND APPLICATION INTO THE LARGER PUBLIC NETWORKS
2.15.8 QUALITY OF SERVICE (QOS)
2.15.9 NATIONAL SECURITY AND COMPETITIVE POLICIES
2.16 NGN OSS/BSS: COMPONENTS, IMS IMPLICATIONS AND FRAMEWORKS
2.16.1 NETWORK PLANNING AND ENGINEERING
2.16.2 FAULT MANAGEMENT
2.16.3 PERFORMANCE MANAGEMENT
2.16.4 PROVISIONING AND SERVICE ACTIVATION
2.16.5 INVENTORY MANAGEMENT
2.16.6 BILLING AND CUSTOMER CARE
2.16.7 MEDIATION
2.16.8 REVENUE ASSURANCE
2.16.9 CHALLENGES FOR OSS AND BSS
2.17 OSS CHALLENGES
2.17.1 STAKEHOLDER APPREHENSIONS
2.17.2 FRAMEWORK TO INTEGRATE CUSTOMIZATION DEMANDS
2.17.3 SMOOTH TRANSITION FROM EXISTING OSS FRAMEWORKS
2.17.4 MULTI-VENDOR COORDINATION
2.17.5 BSS CHALLENGES
3. EVOLVED PACKET CORE (EPC)
3.1 THE BENEFITS OF EPC FOR BOTH END USER AND OPERATORS
3.1.1 ARCHITECTURE OF EPC
3.1.2 USER EQUIPMENT (UE)
3.1.3 RADIO NETWORKS AND EPC
3.2 EPC DEPLOYMENT CASES
3.3 INSTALLING CASES
3.3.1 FIRST SCENARIO
3.3.2 SECOND SCENARIO
3.4 THIRD SCENARIO
3.4.1 FIFTH SCENARIO
3.5 FUTURE TRENDS
3.6 FEMTOCELLS
3.6.1 ROI OF THE FEMTOCELLS
4. SELF ORGANIZING NETWORKS
4.1 INTRODUCTION
4.2 ARCHITECTURE OF SON
4.2.1 IEEE 802.16
4.2.2 NGMN STANDARDS FOR SON
4.2.3 SON CATEGORIES AND CASES
4.2.4 DISTRIBUTED/SELF-ORGANIZING (DSO)
4.2.5 COOPERATIVE RELAYING (CR) IN SON
4.2.6 FEEDBACK OVERHEAD IN SON
4.2.7 CODEBOOK-BASED PRE-CODING IN SON
4.2.8 FEEDBACK DELAY IN SON
4.3 INSTALLING SON
4.4 STAGES OF INSTALLING SON
4.4.1 SELF CONFIGURATION
4.4.2 SELF OPTIMIZATION
4.4.3 SELF HEALING
4.4.4 PROBLEMS WITH SELF HEALING
4.4.5 INSTALLING PHASES
5. NEW VALUE ADDED SERVICES APPLICATION FOR THE 4G AND LTE ERA
5.1 E-GOVERNMENT
5.1.1 MOBILE APPLICATIONS FOR THE GOVERNMENT
5.1.2 THE FUTURE OF E-GOVERNMENT CONCEPT
5.1.3 E-GOVERNMENT TO MOBILE GOVERNMENT (GOVERNMENT ON GO CONCEPT)
5.1.4 THE RETURN ON THE INVESTMENT OF THE MOBILE GOVERNMENT
5.1.5 THE USE OF TELECOMMUNICATION IN PUBLIC SERVICE APPLICATIONS
5.1.6 CASE STUDY: HOW TELECOMMUNICATION CAN SAVE COSTS FOR THE GOVERNMENTS AND MAKE PROFITS
5.1.7 THE EFFECT ON THE ECONOMY AND THE ROI
5.1.8 CELL BROADCAST SERVICE (CBS)
5.1.9 CELLTICK
5.1.10 (MMS) MULTIMEDIA MESSAGING SERVICE
5.1.11 MOZAT
5.1.12 ANNY WAY MMS
5.1.13 UNIFIED MESSAGING
5.1.14 CYCOS AG
5.2 AUGMENTED REALITY
5.2.1 INTRODUCTION
5.2.2 AR 3D APPLICATIONS
5.2.3 TRACKING USER'S POSITION
5.2.4 QR CODES
5.2.5 MOBILE SYSTEMS IN AR
5.2.6 COLLABORATIVE APPLICATIONS
5.2.7 AUGMENTED REALITY CHALLENGES
5.2.8 AR APPLICATIONS
5.2.9 AR IN TOURISM
5.2.10 AR AND FACE RECOGNITION
5.2.11 CASE STUDY: HOW MOBILE CAN BENEFIT FROM AUGMENTED REALITY
5.3 WEB 2.0 AND SOCIAL SOFTWARE
5.3.1 LOCATION-BASED SERVICE IN AR
5.3.2 CONCLUSION
6. THE CURRENT CHALLENGES FACING THE TELECOMMUNICATION INDUSTRY
7. MOBILE ADVERTISING
7.1 MOBILE MESSAGING VENDORS GROW UP
7.2 MOBILE MESSAGING, MOBILE SEARCH CRITICAL ADVERTISING TOOL
7.3 LOCALIZED MOBILE ADS DRIVE KEY SALES IN SPECIFIC VERTICALS
7.3.1 MOBILE VIDEO AND APPS IS FASTEST GROWING CONTENT SECTOR
7.3.2 ADVERTISING SPENDING GROWTH FORECASTS 2012 TO 2020
7.3.3 EUROPEAN MOBILE MARKETING WILL GROW GRADUALLY
7.3.4 EUROPE MOBILE MARKETING EFFORTS MATURE SLOWLY
7.3.5 ASIA REMAINS MOBILE GLOBAL LEADER; U.S. LAGS
7.3.6 GROWTH OF MOBILE MARKETING SPENDING FACES CHALLENGES
7.4 MOBILE MARKETING VENDORS MAKE THEIR MARK
7.4.1 SUPPLIERS PROVIDE DIVERSE SET OF OFFERINGS
7.4.2 ADVERTISING NETWORKS VIE FOR LEADING BRAND CLIENTELE
7.4.3 GLOBAL MARKET SPENDING TO REACH $54B BY 2020
7.5 RECOMMENDATIONS FOR THE MOBILE MARKETER DURING AN ECONOMIC DOWNTURN
7.5.1 IMMEDIATE MEASUREMENT OF SUCCESS ATTRACTS ADVERTISERS
8. HANDSETS DEVELOPMENTS
8.1 MANUFACTURES OF THE SEMICONDUCTORS WORLDWIDE
8.2 INTEL CORPORATION
8.3 COMPANY OVERVIEW
8.3.1 LOCATION
8.3.2 INDUSTRY CLASSIFICATION
8.3.3 BUSINESS DESCRIPTION
8.3.4 SERVICE OFFERINGS
8.3.5 COMPANY HISTORY
8.3.6 KEY PEOPLE
8.4 FINANCIAL POSITION
8.4.1 FINANCIALS & KEY NUMBERS
8.4.2 FINANCIAL ANALYSIS
8.4.3 SEGMENTAL PERFORMANCE
8.5 COMPANY UPDATES
8.5.1 KEY DEVELOPMENTS
8.5.2 LEGAL ISSUES
8.5.3 MERGERS AND ACQUISITIONS
8.5.4 COMPANY ANALYSIS
8.6 AMD (ADVANCED MICRO DEVICES) ANALYSIS
8.7 COMPANY OVERVIEW
8.7.1 LOCATION
8.7.2 INDUSTRY CLASSIFICATION
8.7.3 BUSINESS DESCRIPTION
8.7.4 SERVICE OFFERINGS
8.7.5 COMPANY HISTORY
8.7.6 KEY PEOPLE
8.7.7 FINANCIALS & KEY NUMBERS
8.7.1 KEY FINANCIALS
8.7.2 SEGMENTAL PERFORMANCE
8.8 COMPANY UPDATES
8.8.1 KEY DEVELOPMENTS
8.8.2 LEGAL ISSUES
8.8.3 COMPANY ANALYSIS
8.8.4 INDUSTRY OUTLOOK TO 2020
8.8.5 COMPETITIVE FACTORS
8.8.6 THE ECONOMY AND THE INDUSTRY CAPACITY
8.8.7 KEY RISKS IN SEMICONDUCTOR INDUSTRY:
9. TELECOMMUNICATIONS MARKET SUMMARY WORLDWIDE
9.1 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN ASIA
9.1.1 THE MARKET FOR MOBILE PHONE DEVICES IN ASIA: 2011 - 2016
9.2 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN EUROPE
9.2.1 THE MARKET FOR MOBILE PHONE DEVICES IN EUROPE: 2011 - 2016
9.3 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN LATIN AMERICA
9.3.1 THE MARKET FOR MOBILE PHONE DEVICES IN LATIN AMERICA: 2011 - 2016
9.3.1 CONSUMER MARKET (2012 - 2017)
9.3.2 SEMICONDUCTORS IN AUTOMOTIVE INDUSTRY MARKETS
9.3.3 MILITARY MARKETS
10. MOBILE PAYMENT AND ITS POTENTIALS FOR OPERATORS TO MAKE PROFIT
10.1.1 MOBILE PAYMENT SYSTEMS
10.1.2 CURRENT M-PAYMENT MARKET
10.1.3 MONEY TRANSFERS
10.1.4 M-BANKING ECO-SYSTEM
10.1.5 MOBILE WALLETS
10.1.6 COMPARISON BETWEEN CURRENT WALLET SYSTEMS
10.1.7 ADVANTAGES OF THE M-PAYMENTS SYSTEMS
11. MOBILE COMMERCE AND ITS PROFIT FOR OPERATORS
11.1.1 FACTORS TO AFFECT THE M-COMMERCE INDUSTRY
11.1.2 THE FUTURE OF M-COMMERCE
11.1.3 M-COMMERCE FUTURE TRENDS
11.1.4 M-COMMERCE CHALLENGES
11.1.5 CONCLUSION
11.2 MOBILE TV IN LTE
11.2.1 MOBILE TV ECOSYSTEM
11.2.2 THE OPERATORS ROLE
11.2.3 HANDSET MANUFACTURERS ROLE
11.2.4 SOFTWARE VENDORS ROLE
11.2.5 CHARGING IN MOBILE TV
11.2.6 SPECTRUM
11.2.7 CONCLUSION
12. MOBILE NETWORK MANAGEMENT: WAYS TO INCREASE PROFITS
12.1.1 NETWORK MANAGEMENT FUNCTIONALITY
12.1.2 MOBILE NETWORK MANAGEMENT METHODS
12.1.3 SIMPLE NETWORK MANAGEMENT PROTOCOL (SNMP)
12.1.4 OTHER NETWORK MANAGEMENT PROTOCOLS
12.1.5 MANAGING INTERNET PROTOCOL FOR MOBILES
12.1.6 CASE STUDY: HOW TO MANAGE NETWORKS TO INCREASE PROFITS
12.1.7 CORE DIAMETER NETWORKS MANAGEMENT
12.1.8 SUBSCRIBER DATA MANAGEMENT
12.1.9 POLICY MANAGEMENT
13. TELECOMMUNICATION MARKET WORLDWIDE
13.1 ASIA-PACIFIC MOBILE TELECOMMUNICATIONS MARKET
13.1.1 OVERVIEW
13.1.2 INTERNATIONAL MARKET, AND THE ASIA-PACIFIC MARKET
13.1.3 THE ASIA-PACIFIC MARKET COMPANIES
13.1.4 THE MARKET OVERVIEW
13.1.5 COMPANIES STRATEGIES IN THE ASIAN-PACIFIC MARKET
13.1.6 SUMMARY
13.2 THE EUROPEAN MOBILE TELECOMMUNICATIONS MARKET
13.2.1 OVERVIEW
13.2.2 MOBILE LICENSE DISTRIBUTION
13.3 THE EUROPEAN MARKET ANALYSIS
13.3.1 THE ANALYSIS OF THE MAJOR OPERATORS IN EUROPE (T-MOBILE, ORANGE AND VODAFONE)
13.3.2 CONCLUSION
13.4 THE LATIN AMERICAN MOBILE MARKET
13.4.1 INTRODUCTION
13.4.2 THE MARKET IN THE PAST
13.4.3 THE MARKET IN 2004
13.4.4 THE MARKET IN 2005
13.4.5 THE MARKET IN 2006
13.4.6 THE MARKET IN 2007 TO 2010
13.4.7 CONCLUSION
14. DATA MINING AND MANAGEMENT IN TELECOMMUNICATIONS
14.1.1 DATA MINING TOOLS AND TECHNIQUES
14.1.2 THE PERFORMANCE OF DATA MINING TECHNIQUES WHEN APPLIED TO CHURN PREDICTION
14.1.3 DATA MINING FOR CALLS
14.1.4 DATA MINING IN DATA NETWORKS
14.1.5 DATA MINING IN CUSTOMERS DATA AND ITS PRIVACY
14.2 CURRENT CLIENTS OF TEKELEC
14.3 TEKELEC CURRENT AND FUTURE FINANCIAL ANALYSIS
14.3.1 THE FUTURE OF TEKELEC
14.3.2 WHAT'S MAKE TEKELEC UNIQUE
14.3.3 PRODUCTS SET
14.3.4 TEKELEC ACQUISITION
14.3.5 CHALLENGES OF THE MARKET
14.3.6 HOW TEKELEC CAN OVERCOME THE CHALLENGES
14.4 MOBILE APPLICATION STORE AND ITS POTENTIAL REVENUES FOR MOBILE OPERATORS
14.4.1 CONCLUSION
1.1 ADVANTAGES OF WIRELESS NETWORKS
1.1.1 POPULARITY
1.1.2 MOBILITY
1.1.3 EASE OF DEPLOYMENT
1.2 FIRST GENERATION OF MOBILE TELECOMMUNICATIONS (1G)
1.3 SECOND GENERATION MOBILE TELECOMMUNICATIONS (2G)
1.3.1 SIM
1.3.2 SPEECH CODING
1.3.3 AUTHENTICATIONS AND SECURITY IN GSM NETWORKS
1.3.4 WAP (WIRELESS APPLICANT PROTOCOL)
1.3.5 MOBILE TELECOMMUNICATIONS THIRD GENERATION
1.3.6 CHARACTERISTICS OF 3G SYSTEMS
1.3.7 THE EVOLUTION OF THE 3G SYSTEM
1.3.8 APPLICATIONS IN 3G SYSTEM
1.3.9 SUMMARY
1.4 MOBILE TELECOMMUNICATIONS 4TH GENERATION AND LTE
1.4.1 TARGET OF 4G SYSTEM
1.4.2 APPLICATIONS AND SERVICES OF 4G SYSTEM
1.4.3 TELE PRESENCE
1.4.4 INFORMATION ACCESS
1.4.5 INTER-MACHINE COMMUNICATION
1.4.6 INTELLIGENT SHOPPING
1.4.7 LOCATION-BASED SERVICES
1.4.8 LBS IN GENERAL
1.4.9 TECHNIQUES
1.4.10 CELL ID-BASED LOCATION
1.4.11 TERMINAL-BASED LOCATION TECHNIQUES
1.4.12 GLOBAL POSITIONING SYSTEM (GPS)
1.4.13 GPS DISADVANTAGES
1.4.14 LOCATION ARCHITECTURE AND INTERFACES
1.4.15 PROTOCOLS BASED ON PLAIN-TEXT XML
1.4.16 ROAMING LOCATION PROTOCOL (RLP)
1.4.17 DIFFERENCE BETWEEN MLP AND RLP
1.4.18 ADDING LOCATION VALUE
1.4.19 APPLICATIONS AND CONTENT
1.4.20 GAMING
1.4.21 GLOBALIZATION OF PRODUCTS
1.4.22 COMMUNICATING APPLIANCES
1.4.23 STANDARDIZATION DIVERSIFICATION
1.4.24 SUMMARY
2. LONG TERM EVOLUTION
2.1 INTRODUCTION
2.2 FUTURE TRENDS
2.3 EVOLUTION OF THE TELECOMMUNICATION INDUSTRY TO 2016
2.4 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT
2.4.1 FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT TDD SYSTEM
2.4.2 FEATURES OF FUTURE TDD SYSTEM
2.4.3 CHALLENGES OF THE TDD SYSTEM
2.4.4 THE UPCOMING TECHNOLOGY OF TDD SYSTEM
2.4.5 TDD TOPOLOGY
2.5 RADIO ACCESS NETWORK (RAN)
2.5.1 CONTROL PLANE AND USER PLANE
2.5.2 PEAK DATA RATE
2.6 MULTIPLE ACCESS METHODS
2.6.1 OFDM MODULATION
2.6.2 RANDOM ACCESS PROCEDURE
2.7 LTE APPLICATIONS
2.7.1 CHARGING IN LTE
2.7.2 IP MULTIMEDIA SYSTEM (IMS) CHARGING
2.7.3 MULTIMEDIA SESSIONS
2.7.4 MOBILE IP
2.7.5 THE MIGRATION FROM IPV4 TO IPV6
2.8 LTE BASED APPLICATIONS
2.8.1 CDMA2000 WITH LTE
2.8.2 WIMAX WITH LTE
2.9 COMPARISON BETWEEN LTE SOLUTIONS
2.9.1 THROUGHPUT PERFORMANCE
2.10 LTE PERFORMANCE ANALYSIS
2.10.1 LATENCY
2.10.2 EFFICIENCY
2.10.3 VOIP OVER LTE
2.11 LTE STRATEGIES
2.11.1 LTE STRATEGIES 2011-2012
2.11.2 STRENGTHS AND WEAKNESS OF BROADBAND
2.11.3 CURRENT MARKET SEGMENT
2.11.4 DEPLOYING EDGE/HSPA/HSPA+ STRATEGY
2.12 3GPP STRATEGY DEPLOYMENT
2.12.1 2013-2015 KEY SERVICE ADVANCES
2.12.2 DEVICES DEVELOPMENTS
2.12.3 NETWORK INTERFACES
2.12.4 MOBILE INTERFACES
2.12.5 HIGH-PERFORMANCE BROADBAND SYSTEMS STRATEGIES
2.12.6 EDGE/HSPA/LTE FEATURES 2011-2014
2.12.7 ADOPTION OF TECHNOLOGIES TO 2030
2.13 MIGRATION FROM THE CURRENT NETWORKS TO LTE STRATEGIES
2.14 LONG TERM EVOLUTION (LTE) MARKET AND TECHNOLOGY OVERVIEW
2.14.1 LTE MARKET OVERVIEW
2.14.2 MARKET DRIVERS
2.14.3 THE SHIFT FROM VOICE TO DATA CENTRIC SERVICES
2.14.4 THE DEMAND FOR HIGHER DATA ARPUS
2.14.5 CAPACITY MANAGEMENT AND OPEX REDUCTION
2.14.6 LIMITED COMPETITION
2.14.7 LACK OF FIXED BROADBAND IN LOW DENSITY AREAS
2.14.8 VENDOR COMMITMENTS
2.14.9 MARKET BARRIERS
2.14.10 SPECTRUM CONGESTION
2.14.11 HIGH INVESTMENTS FOR EARLY ADOPTERS
2.14.12 CONSUMER DEVICE CHALLENGES
2.14.13 BROADBAND PRICING AND INTERNATIONAL ROAMING
2.14.14 LTE TECHNOLOGY OVERVIEW
2.14.15 TECHNOLOGY OVERVIEW
2.14.16 PERFORMANCE METRICS
2.14.17 LTE ADVANCED
2.14.18 NTEGRATION WITH DEPLOYED NETWORKS
2.15 NEXT GENERATION NETWORK (NGN) OSS/BSS
2.15.1 NGN OSS OVERVIEW
2.15.2 DRIVERS OF NGN
2.15.3 TELECOM OPERATOR AND VENDOR INTERESTS
2.15.4 IMPROVEMENT IN ACCESS TECHNOLOGIES
2.15.5 REDUCED VENDOR DEPENDENCY
2.15.6 OPERATIONAL CHALLENGES
2.15.7 INTEGRATION OF MULTIPLE PRIVATE NETWORKS AND APPLICATION INTO THE LARGER PUBLIC NETWORKS
2.15.8 QUALITY OF SERVICE (QOS)
2.15.9 NATIONAL SECURITY AND COMPETITIVE POLICIES
2.16 NGN OSS/BSS: COMPONENTS, IMS IMPLICATIONS AND FRAMEWORKS
2.16.1 NETWORK PLANNING AND ENGINEERING
2.16.2 FAULT MANAGEMENT
2.16.3 PERFORMANCE MANAGEMENT
2.16.4 PROVISIONING AND SERVICE ACTIVATION
2.16.5 INVENTORY MANAGEMENT
2.16.6 BILLING AND CUSTOMER CARE
2.16.7 MEDIATION
2.16.8 REVENUE ASSURANCE
2.16.9 CHALLENGES FOR OSS AND BSS
2.17 OSS CHALLENGES
2.17.1 STAKEHOLDER APPREHENSIONS
2.17.2 FRAMEWORK TO INTEGRATE CUSTOMIZATION DEMANDS
2.17.3 SMOOTH TRANSITION FROM EXISTING OSS FRAMEWORKS
2.17.4 MULTI-VENDOR COORDINATION
2.17.5 BSS CHALLENGES
3. EVOLVED PACKET CORE (EPC)
3.1 THE BENEFITS OF EPC FOR BOTH END USER AND OPERATORS
3.1.1 ARCHITECTURE OF EPC
3.1.2 USER EQUIPMENT (UE)
3.1.3 RADIO NETWORKS AND EPC
3.2 EPC DEPLOYMENT CASES
3.3 INSTALLING CASES
3.3.1 FIRST SCENARIO
3.3.2 SECOND SCENARIO
3.4 THIRD SCENARIO
3.4.1 FIFTH SCENARIO
3.5 FUTURE TRENDS
3.6 FEMTOCELLS
3.6.1 ROI OF THE FEMTOCELLS
4. SELF ORGANIZING NETWORKS
4.1 INTRODUCTION
4.2 ARCHITECTURE OF SON
4.2.1 IEEE 802.16
4.2.2 NGMN STANDARDS FOR SON
4.2.3 SON CATEGORIES AND CASES
4.2.4 DISTRIBUTED/SELF-ORGANIZING (DSO)
4.2.5 COOPERATIVE RELAYING (CR) IN SON
4.2.6 FEEDBACK OVERHEAD IN SON
4.2.7 CODEBOOK-BASED PRE-CODING IN SON
4.2.8 FEEDBACK DELAY IN SON
4.3 INSTALLING SON
4.4 STAGES OF INSTALLING SON
4.4.1 SELF CONFIGURATION
4.4.2 SELF OPTIMIZATION
4.4.3 SELF HEALING
4.4.4 PROBLEMS WITH SELF HEALING
4.4.5 INSTALLING PHASES
5. NEW VALUE ADDED SERVICES APPLICATION FOR THE 4G AND LTE ERA
5.1 E-GOVERNMENT
5.1.1 MOBILE APPLICATIONS FOR THE GOVERNMENT
5.1.2 THE FUTURE OF E-GOVERNMENT CONCEPT
5.1.3 E-GOVERNMENT TO MOBILE GOVERNMENT (GOVERNMENT ON GO CONCEPT)
5.1.4 THE RETURN ON THE INVESTMENT OF THE MOBILE GOVERNMENT
5.1.5 THE USE OF TELECOMMUNICATION IN PUBLIC SERVICE APPLICATIONS
5.1.6 CASE STUDY: HOW TELECOMMUNICATION CAN SAVE COSTS FOR THE GOVERNMENTS AND MAKE PROFITS
5.1.7 THE EFFECT ON THE ECONOMY AND THE ROI
5.1.8 CELL BROADCAST SERVICE (CBS)
5.1.9 CELLTICK
5.1.10 (MMS) MULTIMEDIA MESSAGING SERVICE
5.1.11 MOZAT
5.1.12 ANNY WAY MMS
5.1.13 UNIFIED MESSAGING
5.1.14 CYCOS AG
5.2 AUGMENTED REALITY
5.2.1 INTRODUCTION
5.2.2 AR 3D APPLICATIONS
5.2.3 TRACKING USER'S POSITION
5.2.4 QR CODES
5.2.5 MOBILE SYSTEMS IN AR
5.2.6 COLLABORATIVE APPLICATIONS
5.2.7 AUGMENTED REALITY CHALLENGES
5.2.8 AR APPLICATIONS
5.2.9 AR IN TOURISM
5.2.10 AR AND FACE RECOGNITION
5.2.11 CASE STUDY: HOW MOBILE CAN BENEFIT FROM AUGMENTED REALITY
5.3 WEB 2.0 AND SOCIAL SOFTWARE
5.3.1 LOCATION-BASED SERVICE IN AR
5.3.2 CONCLUSION
6. THE CURRENT CHALLENGES FACING THE TELECOMMUNICATION INDUSTRY
7. MOBILE ADVERTISING
7.1 MOBILE MESSAGING VENDORS GROW UP
7.2 MOBILE MESSAGING, MOBILE SEARCH CRITICAL ADVERTISING TOOL
7.3 LOCALIZED MOBILE ADS DRIVE KEY SALES IN SPECIFIC VERTICALS
7.3.1 MOBILE VIDEO AND APPS IS FASTEST GROWING CONTENT SECTOR
7.3.2 ADVERTISING SPENDING GROWTH FORECASTS 2012 TO 2020
7.3.3 EUROPEAN MOBILE MARKETING WILL GROW GRADUALLY
7.3.4 EUROPE MOBILE MARKETING EFFORTS MATURE SLOWLY
7.3.5 ASIA REMAINS MOBILE GLOBAL LEADER; U.S. LAGS
7.3.6 GROWTH OF MOBILE MARKETING SPENDING FACES CHALLENGES
7.4 MOBILE MARKETING VENDORS MAKE THEIR MARK
7.4.1 SUPPLIERS PROVIDE DIVERSE SET OF OFFERINGS
7.4.2 ADVERTISING NETWORKS VIE FOR LEADING BRAND CLIENTELE
7.4.3 GLOBAL MARKET SPENDING TO REACH $54B BY 2020
7.5 RECOMMENDATIONS FOR THE MOBILE MARKETER DURING AN ECONOMIC DOWNTURN
7.5.1 IMMEDIATE MEASUREMENT OF SUCCESS ATTRACTS ADVERTISERS
8. HANDSETS DEVELOPMENTS
8.1 MANUFACTURES OF THE SEMICONDUCTORS WORLDWIDE
8.2 INTEL CORPORATION
8.3 COMPANY OVERVIEW
8.3.1 LOCATION
8.3.2 INDUSTRY CLASSIFICATION
8.3.3 BUSINESS DESCRIPTION
8.3.4 SERVICE OFFERINGS
8.3.5 COMPANY HISTORY
8.3.6 KEY PEOPLE
8.4 FINANCIAL POSITION
8.4.1 FINANCIALS & KEY NUMBERS
8.4.2 FINANCIAL ANALYSIS
8.4.3 SEGMENTAL PERFORMANCE
8.5 COMPANY UPDATES
8.5.1 KEY DEVELOPMENTS
8.5.2 LEGAL ISSUES
8.5.3 MERGERS AND ACQUISITIONS
8.5.4 COMPANY ANALYSIS
8.6 AMD (ADVANCED MICRO DEVICES) ANALYSIS
8.7 COMPANY OVERVIEW
8.7.1 LOCATION
8.7.2 INDUSTRY CLASSIFICATION
8.7.3 BUSINESS DESCRIPTION
8.7.4 SERVICE OFFERINGS
8.7.5 COMPANY HISTORY
8.7.6 KEY PEOPLE
8.7.7 FINANCIALS & KEY NUMBERS
8.7.1 KEY FINANCIALS
8.7.2 SEGMENTAL PERFORMANCE
8.8 COMPANY UPDATES
8.8.1 KEY DEVELOPMENTS
8.8.2 LEGAL ISSUES
8.8.3 COMPANY ANALYSIS
8.8.4 INDUSTRY OUTLOOK TO 2020
8.8.5 COMPETITIVE FACTORS
8.8.6 THE ECONOMY AND THE INDUSTRY CAPACITY
8.8.7 KEY RISKS IN SEMICONDUCTOR INDUSTRY:
9. TELECOMMUNICATIONS MARKET SUMMARY WORLDWIDE
9.1 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN ASIA
9.1.1 THE MARKET FOR MOBILE PHONE DEVICES IN ASIA: 2011 - 2016
9.2 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN EUROPE
9.2.1 THE MARKET FOR MOBILE PHONE DEVICES IN EUROPE: 2011 - 2016
9.3 MARKET POTENTIAL FOR MOBILE PHONE DEVICES IN LATIN AMERICA
9.3.1 THE MARKET FOR MOBILE PHONE DEVICES IN LATIN AMERICA: 2011 - 2016
9.3.1 CONSUMER MARKET (2012 - 2017)
9.3.2 SEMICONDUCTORS IN AUTOMOTIVE INDUSTRY MARKETS
9.3.3 MILITARY MARKETS
10. MOBILE PAYMENT AND ITS POTENTIALS FOR OPERATORS TO MAKE PROFIT
10.1.1 MOBILE PAYMENT SYSTEMS
10.1.2 CURRENT M-PAYMENT MARKET
10.1.3 MONEY TRANSFERS
10.1.4 M-BANKING ECO-SYSTEM
10.1.5 MOBILE WALLETS
10.1.6 COMPARISON BETWEEN CURRENT WALLET SYSTEMS
10.1.7 ADVANTAGES OF THE M-PAYMENTS SYSTEMS
11. MOBILE COMMERCE AND ITS PROFIT FOR OPERATORS
11.1.1 FACTORS TO AFFECT THE M-COMMERCE INDUSTRY
11.1.2 THE FUTURE OF M-COMMERCE
11.1.3 M-COMMERCE FUTURE TRENDS
11.1.4 M-COMMERCE CHALLENGES
11.1.5 CONCLUSION
11.2 MOBILE TV IN LTE
11.2.1 MOBILE TV ECOSYSTEM
11.2.2 THE OPERATORS ROLE
11.2.3 HANDSET MANUFACTURERS ROLE
11.2.4 SOFTWARE VENDORS ROLE
11.2.5 CHARGING IN MOBILE TV
11.2.6 SPECTRUM
11.2.7 CONCLUSION
12. MOBILE NETWORK MANAGEMENT: WAYS TO INCREASE PROFITS
12.1.1 NETWORK MANAGEMENT FUNCTIONALITY
12.1.2 MOBILE NETWORK MANAGEMENT METHODS
12.1.3 SIMPLE NETWORK MANAGEMENT PROTOCOL (SNMP)
12.1.4 OTHER NETWORK MANAGEMENT PROTOCOLS
12.1.5 MANAGING INTERNET PROTOCOL FOR MOBILES
12.1.6 CASE STUDY: HOW TO MANAGE NETWORKS TO INCREASE PROFITS
12.1.7 CORE DIAMETER NETWORKS MANAGEMENT
12.1.8 SUBSCRIBER DATA MANAGEMENT
12.1.9 POLICY MANAGEMENT
13. TELECOMMUNICATION MARKET WORLDWIDE
13.1 ASIA-PACIFIC MOBILE TELECOMMUNICATIONS MARKET
13.1.1 OVERVIEW
13.1.2 INTERNATIONAL MARKET, AND THE ASIA-PACIFIC MARKET
13.1.3 THE ASIA-PACIFIC MARKET COMPANIES
13.1.4 THE MARKET OVERVIEW
13.1.5 COMPANIES STRATEGIES IN THE ASIAN-PACIFIC MARKET
13.1.6 SUMMARY
13.2 THE EUROPEAN MOBILE TELECOMMUNICATIONS MARKET
13.2.1 OVERVIEW
13.2.2 MOBILE LICENSE DISTRIBUTION
13.3 THE EUROPEAN MARKET ANALYSIS
13.3.1 THE ANALYSIS OF THE MAJOR OPERATORS IN EUROPE (T-MOBILE, ORANGE AND VODAFONE)
13.3.2 CONCLUSION
13.4 THE LATIN AMERICAN MOBILE MARKET
13.4.1 INTRODUCTION
13.4.2 THE MARKET IN THE PAST
13.4.3 THE MARKET IN 2004
13.4.4 THE MARKET IN 2005
13.4.5 THE MARKET IN 2006
13.4.6 THE MARKET IN 2007 TO 2010
13.4.7 CONCLUSION
14. DATA MINING AND MANAGEMENT IN TELECOMMUNICATIONS
14.1.1 DATA MINING TOOLS AND TECHNIQUES
14.1.2 THE PERFORMANCE OF DATA MINING TECHNIQUES WHEN APPLIED TO CHURN PREDICTION
14.1.3 DATA MINING FOR CALLS
14.1.4 DATA MINING IN DATA NETWORKS
14.1.5 DATA MINING IN CUSTOMERS DATA AND ITS PRIVACY
14.2 CURRENT CLIENTS OF TEKELEC
14.3 TEKELEC CURRENT AND FUTURE FINANCIAL ANALYSIS
14.3.1 THE FUTURE OF TEKELEC
14.3.2 WHAT'S MAKE TEKELEC UNIQUE
14.3.3 PRODUCTS SET
14.3.4 TEKELEC ACQUISITION
14.3.5 CHALLENGES OF THE MARKET
14.3.6 HOW TEKELEC CAN OVERCOME THE CHALLENGES
14.4 MOBILE APPLICATION STORE AND ITS POTENTIAL REVENUES FOR MOBILE OPERATORS
14.4.1 CONCLUSION
