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Mobile Phone Handwriting Recognition: Market Analysis and Forecasts
ARCchart
November 1, 2010 42 Pages - SKU: CCEQ6003164
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An examination of the handwriting recognition suppliers, technology innovations and use-cases, along with a discussion of the forces promoting and factors hindering the adoption of the technology on mobile phones.
The ability for a mobile phone to recognise natural handwriting - drawn using a finger or a stylus - is a powerful and compelling feature. While most handset users have become proficient at using a keypad or keyboard to input text, there are several use-cases for which handwriting recognition has advantages, the most important being the input of script based languages such as Chinese Japanese and Korean. ARCchart predicts that by 2015, 22% of all mobile devices will support handwriting recognition.
As a proportion of overall handsets, handwriting recognition is currently a niche feature, however, ARCchart has identified several drivers which are likely to push adoption over the coming years - the most important being the growth of touchscreen devices and the increasing demand for handwriting recognition capability from countries which use a script based language. Due to the complex nature of the Chinese language - consisting of 20,000 characters - China presents the greatest demand for handwriting technology. We forecast that 78% of all smartphones shipping into Asia will support HWR technology.
Topics of coverage include:
- Recognition approaches and methodologies
- Technology innovations
- Script vs Latin based languages
- Handset OEM support
- Technology supplier value chain
- Impact of touchscreens and tablets
- Regional differences
- End-user survey
- Market outlook and forecasts
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Additional InformationCompanies mentioned, discussed or reviewed include:
ACCESS
Apple
China Mobile
Diotek
Duke University
Evernote
Hanwang
HTC
Inkmark Software
LG
Livescribe
Microsoft
Motorola
Nokia
Nuance
Palm
Paragon Software
PhatWare
RIM
Samsung
SinoVoice
Sony Ericsson
Symbian
Vision Objects
- A. INTRODUCTION
- A.1 Recognition Approaches and Methodologies
- Off-line Recognition
- On-line Recognition
- Recognition Methodologies
- OCR - Optical Character Recognition
- ICR- Intelligent Character Recognition
- NHR - Natural Handwriting Recognition
- A.2 Character Recognition Approaches
- Shorthand
- Training
- A.3 Script-Based versus Latin-Based Languages
- Benefits for Script Language Input
- Benefits for Latin Language Input
- A.4 Technology Innovations
- Advancement in language models
- Advancements in Arabic and Hindu Language Recognition
- Hindi
- Arabic
- Gesture Recognition
- Innovations in UI and Speed
- A.5 Summary of Recognition Processes
- Outlook
- B. HANDWRITING RECOGNITION MARKET
- B.1 OEMs
- Motorola
- Apple
- Nokia
- Microsoft
- B.2 Regional Differences
- Japan
- China
- India
- B.3 Trends
- Character Amnesia
- Growing Local Handset Brands
- Open Source Handwriting Recognition Projects
- Impact on UI Design
- B.4 Market Drivers
- Emergence of Tablets
- The Rise of Touchscreens
- Drop in Keypad and Keyboard Integration
- Multimodal Input
- Note-Taking Applications
- Demand from Automotive and Healthcare
- B.5 Market Barriers
- Accuracy and User Experience
- Limited OEM Interest
- Limited User Interest
- B.6 Market Outlook
- Asia a Driving Force
- The Spillover Effect
- C. TECHNOLOGY SUPPLIERS
- C.1 Value Chain
- C.2 Technology Suppliers
- In-house versus Third-Party
- Supplier Profiles
- Nuance
- Diotek
- Hanwang
- Paragon Software
- PhatWare
- SinoVoice
- Vision Objects
- D. MARKET OUTLOOK AND FORECASTS
- D.1 Market Outlook
- The Role of Touchscreen Mobile Phones
- China
- The Spillover Effect
- D.2 Methodology
- D.3 Overall Handset Market
- Smartphones
- D.4 Handwriting Recognition Market
- Device Type
- Market Value
- D.5 Regional
- Asia
- List of Figures
- Figure 1 - The Palm Pilot
- Figure 2 - Graffiti handwriting recognition unistroke alphabet
- Figure 3 - Arabic word examples
- Figure 4 - Duke University’s PhonePoint Pen
- Figure 5 - Pros and cons of various handwriting recognition approaches
- Figure 6 - Japanese phone keypad with kana characters
- Figure 7 - Japanese kana conversion chart
- Figure 8 - Global touchscreen handset shipments: 2010 - 2015
- Figure 9 - Proportion of global handsets shipping with a touchscreen: 2010 - 2015
- Figure 10 - Proportion of handsets with a physical keypad or keyboard: 2010 - 2015
- Figure 11 - End user attitudes towards handwriting recognition on mobile phones
- Figure 12 - Handwriting recognition technology value chain
- Figure 13 - Direct-to-consumer handwriting recognition applications
- Figure 14 - List of handwriting recognition technology suppliers
- Figure 15 - Handwriting recognition technology supplier market share: 2010E
- Figure 16 - Handwriting technology supplier share of market revenues: 2010E
- Figure 17 - Touchscreen handset shipment forecast: 2010 - 2015
- Figure 18 - Handset shipment forecast: 2010 to 2015
- Figure 19 - Handset shipment forecast by region: 2010 to 2015
- Figure 20 - Smartphone shipment forecast: 2010 to 2015
- Figure 21 - Total handsets shipped with handwriting recognition: 2010 - 2015
- Figure 22 - Proportion of all handsets shipping with handwriting recognition: 2010 - 2015
- Figure 23 - Handsets shipped with handwriting recognition by devices type: 2010 - 2015
- Figure 24 - Proportion of smartphones shipping with handwriting recognition: 2010 - 2015
- Figure 25 - Value of the handwriting recognition embedded software market: 2010-2015
- Figure 26 - Total handsets shipped with handwriting recognition by region: 2010-2015
- Figure 27 - Proportion of all handsets with handwriting recognition by region: 2010 - 2015
- Figure 28 - Value of the Asian handwriting recognition embedded software market: 2010-2015
- Figure 29 - Asian handsets shipped with handwriting recognition by devices type: 2010 - 2015
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