Market Survey On Cloud Computing Development And Commercial Applications - Data 2019

MarketResearchReports.Biz presents this most up-to-date research on "Research Report On Cloud Computing Development And Commercial Applications Market" Data, Analysis And Forecasts To 2019

Ship management models and user productivity suites. There is still space in the market for innovative services that drive expenditure reduction, productivity, and efficiency. What will they be, and who will get them to market first?

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Through reading this report you will gain knowledge of the following:

a) Analysis of the state of the global cloud computing market in 2014 and a market forecast for the period 2014-2019.
b) Identify how the market operates and which companies are operating in the market, their current products and pipeline candidates
c) Discover how the global cloud market is evolving across the forecast period of 2014-2019 through the examination of global and regional benefits and challenges, particularly relating to political, economic, social, and technological factors
d) Read our interview with 2 key global authorities, as well as 2 new entrants, in the cloud computing market


Only by ordering this in-depth exclusive report will you have full access to the unique findings. This information is not available anywhere else. Find full details of these IT developments and services in this new GMR Data report.

Discover exactly what the industry leaders are doing TODAY -

Within GMR Datas 'Cloud Computing Development and Commercial Application - Data, Analysis and Forecasts to 2019 we analyse the key Cloud Computing and Services in the market today and how they will perform across the next 5 years.

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Our study focuses on the revenues of the top cloud computing companies. With variable services and pricing models how will these key companies and services fare across the next five years? ONLY THIS UNIQUE REPORT WILL TELL YOU

- IBM
- Microsoft
- Cisco
- Oracle
- EMC
- HP
- Alibaba
- Amazon Web Service (AWS)
- Google
- VMWare
- Salesforce
- Dropbox
- Box

PLUS In-depth country analysis Discover which countries and regions will see the greatest impact of cloud computing operation and infrastructure to 2023?

Exclusive Industry sourced information, not available anywhere else

As well as primary and secondary research sources, GMR Data have interviewed leading Cloud Computing specialists within major IT, R&D, users, infrastructure providers, security and data management organisations. From these interviews we have selected original, exclusive, transcribed interviews with leading specialists in their field This information is not available anywhere else.

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This GMR Data report is the single tool to equip you with the latest trends in all regional markets and why all stakeholders demand the continued development of Cloud Computing. This report will arm you with all you and your company require to develop, price, launch and market cloud computing products and services today.

With over 100 pages, and over 70 charts, tables and graphs, this dedicated specialist report will ensure you remain equipped and fully informed, to succeed in this competitive market.


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Internet Of Things And Wireless Networks Industry Analysis, Size, Share, Growth, Trends and Forecast 2014

Internet Of Things (IoT) And Wireless Networks: Technologies, Business Drivers, And Emerging Opportunities, Trends, Size, Strategies, Products And Competitive Landscape Industry Research Report 2014

The world is moving beyond standalone devices into a new era where everything is connected. The Internet of Things (IoT) refers to uniquely identifiable objects (things) and their virtual representations in an Internet-like structure. Stated differently, the concept involves the notion that there are many things (assets, objects, etc.) in the world that may be addressed/labeled/cataloged for various purposes. The Internet is associated with and mapped to the real world by attaching object tags with URLs as meta-objects to tangible objects or locations.

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In addition to the wireless technologies that make connecting different things possible, there are wide number of technologies that gain benefit from the IoT or support it. Since the technology of IoT will have an unlimited number of devices there will many of technologies evolved whether to deploy, manage or even identify things.

This research addresses the business drivers, technologies and future outlook for the Internet of Things (IoT) with an emphasis on business opportunities, industry sectors, and leading applications. The report includes analysis of leading sectors to adopt IoT: Connected Homes, Connected Vehicles, and Industrial Internet. The report also includes analysis of key issues and success factors for the long-term success of IoT.

Target Audience: 

Semiconductor companies
Embedded systems companies
Application developers and aggregators
Managed service and middleware companies
Wireless network operators and service providers
Data management and predictive analysis companies
Sensor, presence, location, and detection solution providers
Internet identity management, privacy, and security companies
M2M, Internet of Things (IoT), and general telecommunications companies
Wireless infrastructure (cellular, WiMAX, WiFi, RFID/NFC, and Beacon) providers

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Report Benefits: 

Identify business drivers for IoT
Identify leading IoT applications
Understand IoT supporting technologies
Identify key issues for the long term success of IoT
Understand the dynamics of IoT in leading industry verticals
Obtain reports on IoT leaders: Intel, Oracle, Cisco, and Qualcomm

Table of Contents

Executive Summary 7

1 Introduction 13
1.1 Defining IoT 13
1.2 Embedded Systems and IoT 15
1.3 Ubiquitous Computing 17
1.4 Teleoperation and IoT 18
1.5 IoT Industry Groups 20
1.6 IoT Communication Protocols and Standards 23
1.6.1 Many Organizations and Many Standards Efforts 24
1.6.2 Overlapping Standards, Protocols and Technical Approaches 28
1.7 IoT Solutions and Applications 29

2 Underlying Technologies Supporting IoT 32
2.1 Connected Devices 33
2.2 Macro Area Wireless: Cellular 35
2.2.1 Most Prevalent Digital Cellular Systems: 2G and 3G 37
2.2.2 4th Generation (4G) Cellular 38
2.2.2.1 LTE Direct (LTE-D) 39
2.2.2.2 LTE Advanced 44
2.2.3 Heterogeneous Networks (HetNet) 45
2.3 Macro Area Wireless: Non-cellular 46
2.3.1 WiMAX 46
2.3.2 Satellite 47
2.4 Short Range Wireless 48
2.4.1 WiFi 48
2.4.2 LiFi 49
2.4.3 RF Identification (RFID) 51
2.4.4 Bluetooth 52
2.4.5 ZigBee 53
2.4.6 Ultra Wide Band (UWB) 54
2.4.7 Dedicated Short-range Communications 54
2.4.8 Beacon Technologies 54
2.5 Internet Protocol version Six (IPv6) 55
2.6 Sensors and Detection Technologies 57
2.7 Data Storage/Management 61
2.8 APIs and Data Integration 61
2.9 Machine-to-Machine (M2M) 61
2.10 Wearable Wireless and Computing 63
2.11 Augmented Reality and Media 65
2.12 Big Data, Predictive Analysis, and Business Intelligence 67
2.13 IoT and Cloud Technologies/Solutions 68
2.14 IoT Mediation and Orchestration 69

3 IoT in Industry Verticals 71
3.1 Retail 71
3.2 Smart Cities 74
3.3 Healthcare 75
3.4 Transportation 79
3.5 Supply Chain Management 80
3.6 Environmental Control 80
3.7 Power Management 81

4 IoT and Connected Homes 83
4.1 Opportunities and Obstacles 87
4.2 Residential Applications 87
4.2.1 Security Systems 88
4.2.2 Smart Grid Applications 89
4.2.3 Home Infotainment 91
4.2.4 Elderly Monitoring 93
4.2.5 Smart Appliances 95

5 IoT and Connected Cars 96
5.1 Connected Devices in Vehicles 98
5.2 Connected Automotive Apps 100
5.2.1 A Mixture of Safety Features and Concerns 103
5.2.2 Connected Car Challenges 104
5.3 Online-Connected Automobiles 105
5.3.1 Connected Commercial Vehicles 106
5.3.2 Connected Cars: AT&T 107
5.3.3 Connected Cars: BMW 108

6 IoT and the Industrial Internet 109
6.1 Energy Control 111
6.2 Facilities Control 112
6.3 Teleoperation and Telerobotics 114
6.4 Smart Manufacturing 114

7 Key Evolutionary Trends Driving IoT 117
7.1 Anytime, Anywhere, Any Device Access 117
7.2 Increased Emphasis on Non-human Communications 117
7.3 Convergence and Integration of Many Things 118
7.4 Open Networks and Interfaces 120
7.5 Ubiquitous Wireless Access and Connectivity 121
7.6 Ambient Intelligence: Self-aware Networks and Devices 121

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8 Key Issues to the Long-term Success of IoT 123
8.1 Device and Interface Interoperability 123
8.2 Openness: Interfaces, Standards, and More 123
8.3 Ease of Configuration and Administration 124

9 Appendix 125
9.1 Security and Privacy in IoT 125
9.1.1 Illustrative IoT Concern Area: Connected Homes 126
9.1.2 Illustrative IoT Concern Area: Wearable Technology 127
9.1.3 Identity, Personal Data, and Preference Management 128
9.2 Leading Companies Driving IoT 129
9.2.1 Cisco 129
9.2.1.1 Cisco’s Vision for Internet of Everything 130
9.2.1.2 Cisco’s IoT Related Predictions 132
9.2.2 Intel 135
9.2.2.1 Intel’s Vision for IoT 138
9.2.2.1.1 Three Pillars of IoT 139
9.2.2.1.2 Real-world IoT-driven Applications 139
9.2.2.2 Intel Positioning Itself for Success in IoT 140
9.2.3 Oracle 142
9.2.3.1 Oracle and IoT 142
9.2.3.2 Oracle’s Vision for IoT 143
9.2.4 Qualcomm 144
9.2.4.1 Qualcomm and IoT 144
9.2.4.2 Qualcomm’s Vision for IoT 145
9.3 IoT and Unstructured (Big) Data 147
9.3.1 IoT and System Generated Data 148
9.3.2 IoT and Machine Generated Data 150
9.4 IoT and the Cloud 151
9.5 IoT, DaaS, and APIs (Telecom and Enterprise) 152

Figure 1: Everything becomes Connected 8
Figure 2: The Evolution of IoT 14
Figure 3: IoT Industry Roadmap 2000-2020 31
Figure 4: Growth of Connected Devices 34
Figure 5: Market Share by Wireless Technology 36
Figure 6: Evolution of LTE in time 39
Figure 7: HetNet Topology 45
Figure 8: WiMAX Communications 46
Figure 9: RFID Chip Compared to a Grain of Rice 52
Figure 10: Embedded Thermal Sensors 58
Figure 11: Sensors in Macro Environment for IoT 60
Figure 12: Automated Retail 73
Figure 13: Hybrid System Architecture for Healthcare - WAITER 78
Figure 14: Connected Home 84
Figure 15: Sensors in the Connected Home 85
Figure 16: Energy Smart Home Lab 86
Figure 17: Smart and Connected TV 91
Figure 18: Global TV: Smart vs. Traditional 2013 - 2017 92
Figure 19: Elderly Tracking 94
Figure 20: Connected Vehicle Console 99
Figure 21: Connect Vehicles by Application Type 2014 - 2019 102
Figure 22: IoT in Industrial Automation 111
Figure 23: IoT in Facilities Control 113
Figure 24: IoT and Telecom API Topology 155


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Internet Of Things Leaders - Qualcomm Industry Research 2014: Global Business Survey

Market Research Report @Internet Of Things (IOT) Leaders - Qualcomm: Global Industry Analysis, Size, Share, Growth, Trends and Forecast

The world is moving beyond standalone devices into a new era in which everything is connected. The Internet of Things (IoT) refers to uniquely identifiable objects (things) and their virtual representations in an Internet-like structure. Stated differently, the concept involves the notion that there are many things (assets, objects, etc.) in the world that may be addressed/labeled/cataloged for various purposes. One term used for this concept is "Object Hyperlink", which refers to the notion of extending the Internet to objects and locations in the real world.  In other words, the Internet is associated with (or mapped to) the real world by attaching object tags with URLs as meta-objects to tangible objects or locations.

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In all cases, there is a need for communication, which may occur over great distances or within close proximity to the item.  Examples include everything from telemetry applications such as monitoring remote electric utility infrastructure via wireless connections via machine-to-machine (M2M) connections to proximity applications such as reader-tag interactions that occur via Radio Frequency Identification (RFID) solutions involving Near Field Communications (NFC) or other methods.

Leading companies in IoT are the pioneers in establishing the vision, infrastructure, technologies, and solutions for the networks, applications, and solutions that will power the future of non-human communications.

As part of its series of reports focused on Internet of Things (IoT) Leaders, this report evaluates: Qualcomm

This report is a must-read for anyone interested to learn more about IoT, leading companies, technologies, and solutions.

Save time and gain valuable insights into the current status of IoT, future direction, and market opportunities.

Target Audience:
• Semiconductor companies
• Embedded systems companies
• Application developers and aggregators
• Managed service and middleware companies
• Wireless network operators and service providers
• Data management and predictive analysis companies
• Sensor, presence, location, and detection solution providers
• Internet identity management, privacy, and security companies
• M2M, Internet of Things (IoT), and general telecommunications companies
• Wireless infrastructure (cellular, WiMAX, WiFi, RFID/NFC, and Beacon) providers

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Table of Contents

1.0 QUICK FACTS 6

2.0 INTRODUCTION 7
2.1 HISTORY AND BACKGROUND 7
2.2 PRODUCTS 7
2.3 MISSION 9
2.4 VALUES 9
2.5 OBJECTIVES 9
2.6 KEY CUSTOMER GROUPS 9
2.6.1 QUALCOMM CDMA TECHNOLOGIES SEGMENT (QCT) 9
2.6.2 QUALCOMM TECHNOLOGY LICENSING SEGMENT (QTL) 10
2.6.3 QUALCOMM WIRELESS & INTERNET SEGMENT (QWI) 10
2.6.4 QUALCOMM STRATEGIC INITIATIVES SEGMENT (QSI) 10
2.7 KEY COMPETITORS 11

3.0 LEADERSHIP 12
3.1 KEY EXECUTIVES 12
3.2 EXECUTIVE TEAM PROFILE 13

4.0 FINANCIALS 15
4.1 VALUATION RATIOS 15
4.2 PROFITABILITY (%) 15
4.3 CAPITAL STRUCTURE RATIOS 16
4.4 EFFICIENCY  16
4.5 LIQUIDITY RATIOS 16
 
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5.0 INTERNET OF EVERYTHING (IOE) 17
5.1 QUALCOMM\'S COMMITMENT TO IOE 17
5.1.1 ALLJOYN SOFTWARE CONNECTIVITY & SERVICES FRAMEWORK 17
5.1.2 IOE DEVELOPMENT PLATFORM 19
5.1.3 WIRELESS AND WIRED CONNECTIVITY 20
5.2 KEY EXECUTIVES & PROFILE  20
5.3 QUALCOMM\'S VISION FOR INTERNET OF EVERYTHING 21
5.3.1 KEY ELEMENTS THAT MAKE IT REAL FOR QUALCOMM 22
5.4 APPLICATION & SOLUTIONS 22
5.4.1 AUTOMOTIVE, TRANSPORTATION AND LOGISTICS 22
5.4.2 SMART ENERGY AND SECURITY 23
5.4.3 CONSUMER AND OTHER M2M 23
5.5 IOT PRODUCT FACTSHEET 24
5.5.1 QUALCOMM 1X ADVANCED (CDMA) 24
5.5.2 PROCESSORS 24
5.5.3 LTE CELLULAR CHIPSET 25
5.5.4 EV-DO 26
5.5.5 HSPA+ ADVANCED 27
5.6 QUALCOMM\'S PARTNERSHIPS TO BOOST IOE 27
5.7 LATEST NEWS AND HAPPENINGS 29

Table 1: Quick Facts  6
Table 2: Key Executives 12
Table 3: Valuation Ratios 15
Table 4: Profitability Ratios 15
Table 5: Capital Structure Ratios 16
Table 6: Efficiency Ratios 16
Table 7: Liquidity Ratios 16
Table 8: Qualcomm\'s AllJoyn Platform 18
Table 9: Mobile Health 23


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Contact 
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New Study: Internet Of Things Business Analysis & Forecast 2015-2025

Research On Internet Of Things: Business Opportunities 2015-2025

The Internet of People runs to billions of devices already. The Internet of Things will involve ubiquitous smart objects that sense and communicate directly over the internet creating better data without human intervention. Its time has come because there are now enough IP addresses available for tens of billions of items, hardware costs are now affordable and large companies are backing it.

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There are far more things than people so it could overtake the IoP business eventually. In 2024, tens of billions of smart objects are likely to be involved.   Some call the Internet of Things (IoT) as encompassing the Internet of People (ubiquitous internet enabled personal electronics) but the two are very different in construction, applications and maturity. This report concentrates exclusively on the new phenomenon of the IoT use Cisco terminology for smart objects with IP addresses and usually with sensing i.e. sensor networks oriented.

RFID is scarcely involved. Key are microcontrollers, potentially billions a year, with sensor interfaces and wireless interfaces. These will serve human needs from medical to entertainment without human intervention every time. IDTechEx finds that a huge business awaits in converting networks to IP and providing security and links to legacy systems. It involves deciding whether to perform analytics in the device or in the network, and goals for analytics such as anomaly detection, prediction, comparison, or optimization. Cisco, IBM, AT&T and other giants are in good position to do this - system integrators win commercially. By contrast Intel, Texas Instruments and others are trying to sell the microcontrollers against rock bottom prices from China already but the Western and Japanese suppliers have many uniques from advanced wireless interfaces to lowest power.

IDTechEx finds many new standards and collaborations as even the giants cannot go it alone. They span from the 2008 IPSO Alliance to the recent Linux Foundation AllSeen Alliance and the 2014 AT&T/IBM Alliance variously aimed at overcoming standards and compatibility issues and sharing research and capability. There is particular interest in industrial and commercial applications.

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Table of Contents 

1. EXECUTIVE SUMMARY AND CONCLUSIONS 
1.1. Report structure: the key IoT business issues addressed
1.2. Business opportunities
1.2.1. Why now?
1.2.2. Caution needed - forecasts
1.2.3. Commoditisation of smart objects
1.2.4. Largest business will be software and services
1.2.5. Government expenditure
1.2.6. Business opportunities through the value chain
1.2.7. Near term forecasts will be reduced but potential is great
1.2.8. Proliferation of small projects
1.2.9. Timeline for Internet of Things business opportunities
1.3. Definitions, drivers, impediments, standards, collaborations, winners
1.3.1. Definitions and allied subjects
1.3.2. Megatrend drivers
1.3.3. Impediments
1.3.4. Standards and collaborations to the rescue?
1.3.5. Winners
1.3.6. Investment

2. INTRODUCTION 
2.1. The internet
2.1.1. Cloud and Fog computing
2.1.2. Internet data is almost all human in origin - little progress
2.2. Internet of Things first attempt
2.2.1. What happened
2.2.2. Failure to learn the lessons

3. THE LATEST INTERNET OF THINGS 
3.1. The Internet of Everything
3.2. The Internet of Things in context
3.2.1. Origins
3.3. Internet of Things today
3.3.1. Now about internet-enabled smart objects
3.4. Internet of Things value chain
3.5. Market size and winners
3.5.1. Today
3.5.2. Potential
3.6. Forecasts from others
3.6.1. Billions of IoT smart objects
3.6.2. Big picture from Cisco
3.6.3. How many internet connected things to 2020?
3.7. Basic definition and trends
3.8. Detailed definition
3.8.1. Closely allied technologies
3.8.2. Another convergence
3.8.3. IoT vs IoP
3.8.4. Active RFID
3.8.5. Focus on sensor networks
3.9. Wearable electronic devices
3.10. Wireless sensor markets
3.10.1. Overview
3.10.2. ZigBee and allied markets
3.10.3. Relevance to smart grids
3.10.4. Smart homes
3.10.5. Convert to IoT?
3.11. IoT visions
3.12. IDTechEx forecasts for wearable electronics, RFID, WSN
3.12.1. Forecasts for allied products and networks
3.13. RFID market 2014-2025 including Real Time Locating Systems and Wireless Sensor Systems in the Active RFID category

4. APPLICATIONAL SECTORS, IOT IN ACTION 
4.1. Automotive examples of IoT market
4.1.1. Connected vehicle electronics
4.1.2. Connected advertising on vehicles
4.2. Energy companies and smart grid
4.3. Retail example of IoT
4.3.1. Displaydata UK
4.4. Internet cities and IoT
4.4.1. Songdo Korea
4.4.2. Seven cities in India
4.4.3. Yokohama Smart City Project Japan
4.4.4. Dubuque USA
4.4.5. IEC smart city activities
4.4.6. Components
4.4.7. Miniature, low-power processors and sensor microcontrollers
4.4.8. Sensors
4.5. Healthcare - potential for conversion to IoT?
4.5.1. Wearable electronics and healthcare
4.5.2. Autonomous connected health sensors: codified condition monitoring
4.5.3. Real-time racing car diagnostics for people
4.5.4. iPacify baby dummy
4.5.5. Connected BAN
4.5.6. Connected WMTS
4.5.7. Frequency issues
4.5.8. FCC MBAN

5. IOT SYSTEMS ISSUES, IMPEDIMENTS, INVESTMENT 
5.1. Connectivity options
5.1.1. Transfer Jet
5.2. Power management: ultra-low power circuits and energy harvesting
5.3. Energy harvesting meets low power circuits
5.3.1. Market demands for energy harvesting
5.3.2. Ultra low power energy harvesting circuits
5.3.3. Energy harvesting Body Area Networks
5.3.4. Power amplifiers at ultra low power
5.4. Pervasive security control
5.5. Processing at the edge: Samsung ePOP and 64 bit processors
5.6. Impediments to IoT rollout
5.7. Central monitoring and troubleshooting of IoT networks
5.8. Investment in IoT companies

6. STANDARDS, M2M AND IOT STRUCTURE 
6.1. Collaborations and new standards work
6.2. NEC overview of M2M and IoT
6.2.1. The future structure of M2M
6.2.2. Standards beyond traditional M2M enable secondary markets

7. INTERVIEWS AND MEETINGS 2014
7.1. Interviews concerning Internet of Things
7.1.1. amBX UK
7.1.2. Cisco USA, Ireland, UK
7.1.3. DanMedical UK
7.1.4. Prophesy Partners UK
7.1.5. SmartKem UK
7.1.6. Telegesis UK
7.2. Interviews concerning wearable technology and IoT
7.2.1. Accenture USA
7.2.2. Anitra Technologies UG Germany
7.2.3. Antje Paul Knessel Netherlands and Germany
7.2.4. Conductr Canada
7.2.5. Eyeqido Germany
7.2.6. ICE Germany
7.2.7. Intel USA
7.2.8. NanJing KeLiWei Electronic Equipment China
7.2.9. Sony Japan
7.2.10. Sunfriend Corp USA
7.2.11. SwiftAlarm Germany
7.2.12. ULOCS Sweden
7.3. Invitation-only Cisco meeting Internet of Everything London April 2014

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8. GLOSSARY IDTECHEX RESEARCH REPORTS IDTECHEX CONSULTANCY
1.1. Smart things with unique IP addresses and sensors for IoT not IoP 2015-2025 (number billion)
1.2. Smart things with unique IP addresses and sensors for IoT not IoP 2015-2025 (unit price US$)
1.3. IoT node cost structure
1.4. Smart things with unique IP addresses and sensors for Io
T not IoP 2015-2025 (market value $bn)
1.5. Examples of business opportunities arising from the IoT
1.6. Evolution of the IoT and allied matters 2015-2030 plus forecasts by others that may be over-optimistic
1.7. Some megatrends affecting the Internet of Things
1.8. Some of the impediments to Internet of Things and the companies tackling them
1.9. Top challenges companies must overcome in the next three years to benefit from IoE
1.10. Examples of alliances and standards activities related to IoT
1.11. Where will the largest added value reside in the IoT value chain? Examples of different views.
1.12. Examples of Internet of Things acquisitions and investments in 2014
1.13. League table of most active IoT investors
2.1. Proponents of latest IoT should learn from first IoT
3.1. The very different envisaged and actual uses of Internet of People and Internet of Things.
3.2. Global number of wearable electronic devices in billions 2014-2024
3.3. Total RFID Market Projections in US dollar billions 2014-2025
3.4. IDTechEx Wireless Sensor Networks (WSN) Forecast 2014-2025 with RTLS for comparison
4.1. Total number of taxis sold 2012-2023 and number of electric taxis 2012-2023 in thousands and % market share
4.2. Energy firms IoE strengths and opportunities
5.1. Some of the impediments to Internet of Things and some of the companies tackling them.
5.2. League table of most active IoT investors
5.3. Examples of Internet of Things acquisitions and investments in 2014
6.1. Examples of alliances and standards activities related to IoT

1.1. Smart things with unique IP addresses and sensors for IoT not IoP 2015-2025 (number billion)
1.2. Smart things with unique IP addresses and sensors for IoT not IoP 2015- 2025 (market value $bn)
1.3. Nest thermostat
1.4. Evolution of the internet
1.5. IoT technology roadmap 2000 to 2025 as the focus changes from dumb RFID tags not directly connected to the new focus of smart sensing objects with unique IP addresses directly connected to the internet
1.6. Definition of IoT vs IoP and intermediate Internet-protocol directly-connected products
1.7. IoT vs IoP by application, maturity and other factors
1.8. IoT in the context of other terminology with examples of standards
2.1. EPC system
3.1. The Internet of Everything
3.2. Internet of Things as known today with examples of standards and overlap
3.3. IDTechEx adaptation of the Boston matrix for some product and technology sub-sectors of IoT and sensor networks. High market growth at top.
3.4. How certain applicational segments are best addressed by the Internet of People IoP or the Internet of Things IoT or both
3.5. IoT value chain with potential over the coming decade
3.6. Nick Hunn forecasts and commentary emphasising dominance of IoP for several more years
3.7. View of the IoT by Orange where they use the term to mean IoT + IoP
3.8. Possible wearable technologies
3.9. IEEE 802.15.4 market share projection
3.10. World ZigBee markets by application type
3.11. Adoption factors for ZigBee
3.12. ZigBee-enable device installed base by region, world markets: 2012-2020
3.13. ZigBee for M2M patents top 20 assignees
3.14. ZigBee markets
3.15. Forecast of smart meter market 2010-2015
3.16. Forecast of North America market revenue for feeder line sensors by product type (US$ Millions)
3.17. Applied Materials vision of the Internet of Things
3.18. Intel\'s vision of the Internet of Things
3.19. Global number of wearable electronic devices in billions 2014-2024
4.1. The primary applicational sectors of the Internet of Things today
4.2. IoT arena
4.3. Total number of taxis sold 2012-2023 and number of electric taxis 2012-2023 in thousands
4.4. Store Electronic Systems activity in stores up to and including NFC enabled shelf edge devices
4.5. Store Electronic Systems\' NFC perception and achievements
4.6. Intel Edison 4.7. Texas Instruments SensorTag
4.8. Samsung Exynos processors
4.9. Trend of MEMS sensors moves to IoT
4.10. Application Specific Sensor nodes ASSN trend
4.11. Intelligent absolute orientation sensor
4.12. Diabetes epidemic in figures
4.13. Qualcomm view of mobile healthcare trends
4.14. iPacify baby dummy comforter
4.15. Connected body area network
4.16. Medical BAN and ubiquitous medical care system and network
5.1. Connectivity of the Internet of Things
5.2. Transfer Jet function and proponents
5.3. Power supply of IoT devices
5.4. Evolution of power sources for smart objects
5.5. Power requirements of small electronic products including Wireless Sensor Networks (WSN), with similar power consumption to IoT nodes, and GSM mobile phones and the types of battery employed
5.6. Market demands for energy harvesting for smart objects based on Spansion business
5.7. Harvester technologies by applicational sector for Spansion
5.8. Example of a Spansion multiple energy harvesting device
5.9. How to realise a batteryless design
5.10. Extracts from TI presentation on ultra-low power energy harvesting circuits.
5.11. EnOcean slide arguing the case for replacing batteries today
5.12. Texas Instruments contribution to the security issues of the Internet of Things
5.13. Application processors and memory
6.1. The seven organisations involved
6.2. Mission
6.3. The horizontal platform vision
6.4. oneM2M simplified architecture
6.5. The oneM2M standard will support the industry in the following ways.
6.6. M2M abstraction
6.7. Standards beyond traditional M2M enable secondary markets
7.1. Some of the slides at the Cisco IoE meeting London 10 April 2014


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Global ICT Industry And Market Size & Share Research 2013 Edition: Popular Market Report

Market Survey On Global ICT Industry And Market Research Report Report: 2013 Edition

The rigid economic conditions in 2012 stemming from the European debt crisis, slow recovery of mature economies, and less expected growth in the emerging markets had caused government and enterprise sectors to cut down their spending and led to low consumer confidence. Improved broadband service quality and increased income per capita in emerging countries have made smart handheld devices and other consumer electronic devices the engine of growth for the ICT Industry.

Browse Full Report With TOC: http://www.marketresearchreports.biz/analysis-details/global-ict-industry-and-market-report-2013-edition

This report profiles the development of motherboard, notebook PC (including netbook), server, tablet, smartphone, large-, medium, and small LCD panels, LCD TV, and DSC (Digital Still Camera) in 2013 and examines their future trends beyond.

Table of Contents

1.The Motherboard Industry
1.1 Definition and Scope
1.2 Shipment Volume and Value
1.3 Industry Characteristics
1.3.1 Favorable Factors
1.3.2 Detrimental Factors
1.4 Industry Value Chain
1.4.1 Upstream Players
1.4.1.1 Intel
1.4.1.2 AMD
1.4.2 Midstream Players
1.4.2.1 Hon Hai
1.4.2.2 Pegatron
1.4.2.3 Gigabyte
1.4.2.4 MSI
1.4.2.5 ECS
1.4.3 Downstream Players
1.4.3.1 ASUS
1.4.3.2 ASRock
1.5 Industry Outlook
1.5.1 Shipment Volume and Value Forecast
1.5.2 Industry Clusters
1.5.3 Technology Development
1.5.3.1 Introduction to Next-generation SoC Architecture
1.5.3.2 Intel\'s Aggressive Promotion of Thunderbolt as Next Generation High-speed Interface
1.5.4 Product Development
1.5.4.1 Leading Component Vendors\' Continuous Launch of Next-generation Platforms
1.5.4.2 Product Differentiation via Software and Function Chips
1.5.5 Regional Market Development
1.5.5.1 North America
1.5.5.2 Western Europe
1.5.5.3 Japan
1.5.5.4 China and Asia Pacific
1.5.5.5 Other Emerging Markets
1.6 Opportunities and Challenges
1.6.1 Constant Declines in Motherboard Market Demand
1.6.2 Niche and Customized Products Key to Profits
1.6.3 Industry Competition Intensifying on Platform Structure Changes

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2. The Notebook PC Industry
2.1 Definition and Scope
2.2 Industry Profile
2.2.1 Industry Lifecycle
2.2.2 Shipment Volume and Value
2.3 Industry Characteristics
2.3.1 Favorable Factors
2.3.1.1 Economies of Scale
2.3.2.2 Customization
2.3.2.3 Global Logistics
2.3.2.4 R&D
2.3.3 Detrimental Factors
2.3.3.1 Capital
2.3.3.2 Key Component Supply
2.3.3.3 Threats from Other Mobile Devices
2.4 Industry Value Chain
2.4.1 Upstream, Midstream, and Downstream Players
2.5 Industry Outlook
2.5.1 Notebook PC Shipment Volume and Value Forecasts
2.5.2 Industry Development Forecast
2.5.2.1 Supply
2.5.2.2 Demand
2.6 Opportunities and Challenges

3. The Server System Industry
3.1 Definition and Scope
3.1.1 By Instruction Set and CPU
3.1.2 By Product Form Factor
3.2 Industry Profile
3.2.1 Industry Lifecycle
3.2.2 Shipment Volume and Value
3.3 Industry Characteristics
3.3.1 Favorable Factors
3.3.1.1 Enhance Competitive Edges on Integrated Software and Hardware Solutions
3.3.1.2 Expanding Cloud Computing Business and Vying for Diverse Business Opportunities and Data Center Demand
3.3.2 Detrimental Factors
3.4 Industry Value Chain
3.5 Industry Development Outlook
3.5.1 Volume and Value Forecast
3.5.2 Industry Development Forecast
3.6 Opportunities and Challenges
3.6.1 Branded Vendors Drive Hardware Sales with Integrated Solutions
3.6.2 x86 Replacing RISCs as Lower Cost Option

4. The Tablet Industry
4.1 Definition and Scope
4.2 Industry Profile
4.2.1 Industry Lifecycle
4.2.2 Shipment Volume and Value
4.2.2.1 Apple Shifts to Diverse Product Line-ups
4.2.2.2 Samsung Creates Product Differentiation
4.2.2.3 Amazon and Google Spark Low-priced Tablet Demand
4.2.2.4 White-box Vendors Enter Emerging Markets with Ultra-low price Strategies
4.3 Industry Characteristics
4.3.1 Favorable Factors
4.3.1.1 Abundant applications and digital content
4.3.1.2 Innovative Hardware Design Capability
4.3.1.3 Diversified Product Portfolios
4.3.2 Detrimental Factors
4.2.2.1 Key Component Supply
4.2.2.2 Replacement of Large Panel Mobile Phones
4.3.3 Upstream, Midstream, and Downstream Players
4.4 Industry Outlook
4.4.1 Shipment Volume and Value Forecast
4.4.1.1 Supply
4.4.1.2 Demand
4.5 Opportunities and Challenges

5. The Smartphone Industry
5.1 Definition and Scope
5.2 Industry Profile
5.2.1 Shipment Volume and Value
5.3 Industry Characteristics
5.3.1 Android Division of Work Between Software and Hardware in A Mutual-Beneficial Relationship
5.3.2. iOS Perfect Combination of Software and Hardware
5.3.3 Windows: Close Cooperation Between Software and Hardware
5.4 Industry Value Chain
5.4.1 Upstream Players
5.4.1.1 Baseband ICs
5.4.1.2 Application Processors
5.4.2 Midstream Players
5.4.3 Downstream Players
5.4.4. SWOT Analsis
5.4.4.1 Strengths
5.4.4.2 Weaknesses
5.4.4.3 Opportunities
5.4.4.4 Threats
5.5 Industry Competition
5.6 Opportunities and Challenges
5.6.1 Settlement on Patent Lawsuits
5.6.2 Operating System Market Divided up by Three Leaders


6.1 Definition and Scope
6.1.1 Product Definition
6.1.2 Differences in Specification of Main Products
6.1.3 Industry Scope
6.2 Industry Development
6.2.1. Industry Characteristics
6.2.1.1 Production Modes
6.2.1.2 High Share of Cost by Equipment Amortization Expenditure
6.2.1.3 Close Relationship with Upstream Suppliers
6.2.1.4 Vertical Integration with Downstream Influences Panel Product Competitiveness
6.2.1.5 Panel Supply Status Influences Product Prices
6.2.2 Shipment Volume and Value
6.2.3 Major Applications for Panels
6.2.3.1 Panel Shipments for Main Applications
6.2.3.2 Vendor Ranking by Shipment Volume
6.2.3.3 Mainstream Panel Price
6.2.4. Development of Vendors
6.2.4.1 Samsung Display
6.2.4.2 Sharp
6.3 Industry Outlook
6.3.1 Shipment Forecast
6.3.2 Demand and Supply Forecast
6.3.3 Development Highlights
6.3.3.1 Modularized Ultrabook Panels
6.3.3.2 Open Cells Become Shipment Model
6.4. Opportunities and Challenges
6.4.1 Growth of LCD Panel Production Capacity Slows Down
6.4.2 Displays Become Key Differentiation for Notebook PCs
6.4.3 Competition among Notebook PC Brands Changes

7. The LCD TV Industry
7.1 Definition and Scope
7.2 Industry Development
7.2.1 Industry Profile
7.2.1.1 Need for New Applications
7.2.1.2 Shipment Volume and Value
7.2.2 Industry Characteristics
7.2.2.1 High Industry Concentration
7.2.2.2 Intensified Cooperation between Upstream and Downstream
7.2.2.3 New Product Function Development Speeds Up
7.2.3 LCD TV Industry Value Chain
7.3 Industry Outlook
7.3.1 Shipment Volume and Value Forecast
7.3.1.1 Replacement Demand and Analog-to-digital Conversion in Emerging Markets to Drive LCD TV Industry Growth
7.3.2 Development of Japanese and Chinese TV Brands
7.3.3 Cooperation between Service Providers and TV Vendors
7.4 Opportunities and Challenges
7.4.1 Innovative Applications and Products
7.4.1.1 Rising Importance of Ultra High Resolution
7.4.1.2 New Business Opportunities from Special- and Large-sized Products
7.4.1.3 Emergence of Low-priced Direct-lit LED TVs
7.4.2 Taiwanese Supply Chain Paying Close Attention to Apple iTV Development
7.4.3 Industrial Integration Accelerates Smart TV Platform Development
7.4.4 Diversification of Smart TV HMI

8. The Small- and Medium-sized LCD Panel Industry
8.1 Definition and Scope
8.1.1 a-Si TFT LCD
8.1.2 LTPS TFT LCD
8.1.3 AMOLED
8.1.4 Cell Panel
8.1.5 TFT LCD Module
8.2 Industry Profile
8.2.1 Shipment Volume and Value
8.3 Industry Characteristics
8.3.1 Favorable Factors
8.3.2 Detrimental Factors
8.4 Industry Value Chain
8.4.1 Enhance Product Integration Value
8.4.2 Increased Importance of Chinese Customers

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9. The Digital Still Camera Industry
9.1 Definition and Scope
9.2 Industry Profile
9.2.1 Industry Lifecycle
9.2.2 Overall Shipment Volume/Value
9.3 Industry Characteristics
9.4 Favorable Factors
9.4.1 Branded Vendors
9.4.2 Contract Manufacturers
9.5 Detrimental Factors
9.5.1 Camera Phones Cannibalizing the DSC Market
9.5.2 Product Differentiation Becomes an Issue
9.6 Industry Value Chain
9.6.1 Downstream Players
9.6.2 Midstream Players
9.6.3 Upstream Players
9.6.3.1 Chipmakers
9.6.3.2 Camera Len Manufacturers
9.6.3.3 Image Sensor Manufacturers
9.6.3.4 TFT-LCD Panel Manufacturers
9.7 Industry Outlook
9.7.1 Shipment Volume and Value Forecast
9.7.2 Development Highlights
9.7.2.1 High-end Branded DSCs Focus on Product Differentiation and Profitability
9.7.2.2 CMOS Image Sensors\' Share to Top over 50% in 2013
9.7.2.3 Digital Cameras Becoming Wi-Fi Connected to Compete with Camera Phones
9.7.3 Opportunities and Challenges
9.7.3.1 Pricing Becoming Polarized in the DSC Market
9.7.3.2 MILC\'s Continued Growth Momentum Eroding DSC Market Share
9.7.3.3 Competition in MILC to Become Fiercer


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MarketResearchReports.biz is the most comprehensive collection of market research reports. MarketResearchReports.Biz services are specially designed to save time and money for our clients. We are a one stop solution for all your research needs, our main offerings are syndicated research reports, custom research, subscription access and consulting services. We serve all sizes and types of companies spanning across various industries.

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Tel: +1-518-618-1030 
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