W03-2506 However , in the last few years , mobile telephones have introduced a new demand
W03-2506 layout closely resembles that of a mobile telephone . The simulated keyboard layout
W03-2506 words with the keys available on mobile telephones . Bigram probabilities used alone
W03-2506 common way to enter text on a mobile telephone is the multi-tap method . Since
W03-2506 MacKenzie , 2002 ) . On current mobile telephone keyboards , characters are assigned
W03-2506 text more efficiently using a mobile telephone key - board . This method , which
W03-2506 prototype with software running on mobile telephones . The lexical database module
W03-2506 run the program on any modern mobile telephone . The program was designed to
W03-2506 possible customizations . Modern mobile telephone infrastructures enable a real-time
W03-2506 pressing a next-key . Many new mobile telephones use this method . The most widely
W03-2506 the most commonly implemented in mobile telephones until some time ago . To spare
W14-2708 restricted to topics related to mobile telephones , specifically Apple 's iPhone
W03-2506 new text entry method adapted to mobile telephone keyboards and we compared it
W03-2506 mobile network . The memory of a mobile telephone is very limited and a disadvantage
W00-0401 wireless user interface for a mobile telephone . A virtual prototype is a computer-based
W12-5503 the market as a whole ( e.g. of mobile telephones ) does not influence the stock
W03-2506 demand for text entry methods . Mobile telephones are usually optimized in size
W03-2506 method on a software-simulated mobile telephone keyboard and we compared it to
W03-2506 problem on the next generation of mobile telephones like GPRS and 3G . The language
P04-1012 e-mail system being developed for mobile telephone use in the project DUMAS ( Jokinen
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