Difference between revisions of "7. Mobile User Interface"
| Line 1: | Line 1: | ||
==Description:== | |||
Mobile handsets are limited on their hardware features unlike big wired devices. For example, smaller screen and memory capacity, lower CPU speed, etc. As a result, mobile handset UI has been poor and required advanced technologies in the area of voice recognition, key input methodology, platform and service UI, etc. <br> | Mobile handsets are limited on their hardware features unlike big wired devices. For example, smaller screen and memory capacity, lower CPU speed, etc. As a result, mobile handset UI has been poor and required advanced technologies in the area of voice recognition, key input methodology, platform and service UI, etc. <br> | ||
==Enablers:== | |||
1. Technical progress in user interface area like voice recognition, key input methodology, platform and service UI, etc.<br> | 1. Technical progress in user interface area like voice recognition, key input methodology, platform and service UI, etc.<br> | ||
2. Enlarged H/W features such as CPU power and memory.<br> | 2. Enlarged H/W features such as CPU power and memory.<br> | ||
==Inhibitors:== | |||
1. Retardation of UI technology<br> | 1. Retardation of UI technology<br> | ||
2. Low CPU power<br> | 2. Low CPU power<br> | ||
==Paradigms:== | |||
1. Old: Users should hold their device and press keys to handle them.<br> | 1. Old: Users should hold their device and press keys to handle them.<br> | ||
2. New: Users can handle their devices in voice during driving the car and leaving them on the desk or shoulders.<br> | 2. New: Users can handle their devices in voice during driving the car and leaving them on the desk or shoulders.<br> | ||
==Timming:== | |||
2001: MIC(Ministry of Information and Communication) found SIPIC(Speech Information Processing Industry Committee) and constructed common speech database<br> | 2001: MIC(Ministry of Information and Communication) found SIPIC(Speech Information Processing Industry Committee) and constructed common speech database<br> | ||
2003: Enlarged SIPIC to Korea Speech Information Technology Industry Association<br> | 2003: Enlarged SIPIC to Korea Speech Information Technology Industry Association<br> | ||
2005: Registered speech Information technology R&D centers in universities, Korea.<br> | 2005: Registered speech Information technology R&D centers in universities, Korea.<br> | ||
==Web Resources:== | |||
Voice Interface Laboratory http://vilab.kaist.ac.kr/<br> | Voice Interface Laboratory http://vilab.kaist.ac.kr/<br> | ||
BREW uiOne http://brew.qualcomm.com/brew/en/about/uione.html <br> | BREW uiOne http://brew.qualcomm.com/brew/en/about/uione.html <br> | ||
Latest revision as of 16:25, 20 July 2006
Description:
Mobile handsets are limited on their hardware features unlike big wired devices. For example, smaller screen and memory capacity, lower CPU speed, etc. As a result, mobile handset UI has been poor and required advanced technologies in the area of voice recognition, key input methodology, platform and service UI, etc.
Enablers:
1. Technical progress in user interface area like voice recognition, key input methodology, platform and service UI, etc.
2. Enlarged H/W features such as CPU power and memory.
Inhibitors:
1. Retardation of UI technology
2. Low CPU power
Paradigms:
1. Old: Users should hold their device and press keys to handle them.
2. New: Users can handle their devices in voice during driving the car and leaving them on the desk or shoulders.
Timming:
2001: MIC(Ministry of Information and Communication) found SIPIC(Speech Information Processing Industry Committee) and constructed common speech database
2003: Enlarged SIPIC to Korea Speech Information Technology Industry Association
2005: Registered speech Information technology R&D centers in universities, Korea.
Web Resources:
Voice Interface Laboratory http://vilab.kaist.ac.kr/
BREW uiOne http://brew.qualcomm.com/brew/en/about/uione.html