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They developed a predictive text technology called SureType with a QWERTY-like layout, using two keys per button. By using only two letters per button, rather than three letters per button as in T9 using ten-digit keypads, predictive text accuracy could be improved dramatically. The use of a QWERTY-like layout took advantage of people's memory ...
A BlackBerry Pearl with SureType. Note the extra columns. The ! key represents Q and W, the 1 key E and R, the 9 key M. SureType is a QWERTY-based character input method for cell phones which is used on the BlackBerry Pearl. SureType combines a traditional telephone keypad with a QWERTY-based keyboard to create a non-standard way to input text ...
By default, the Storm uses a virtual keyboard implementing the SureType predictive text system used by other Blackberry phones when held vertically, switching to a QWERTY keyboard when held horizontally. Newer versions of the Blackberry OS for the Storm allow the use of the QWERTY keyboard when held vertically.
The Pearl Flip is very similar to the original Pearl and uses the same predictive text input that the Pearl uses. It has a 2.0-megapixel camera and video recording. It is the first BlackBerry to feature Wi-Fi and mobile calling in a new flip design. [citation needed] Games - Yes; Picture Messaging - Yes; Video - Yes; Internet - Yes. HTML Browser
BlackBerry Limited (formerly Research In Motion or RIM for short) is a Canadian software company specializing in cybersecurity. Founded in 1984, it developed the BlackBerry brand of interactive pagers, smartphones, and tablets.
Predictive text could allow for an entire word to be input by single keypress. Predictive text makes efficient use of fewer device keys to input writing into a text message, an e-mail, an address book, a calendar, and the like. The most widely used, general, predictive text systems are T9, iTap, eZiText, and LetterWise/WordWise. There are many ...
WordWise was not a dictionary-based predictive system, but rather an extension of the LetterWise system to predict whole words from their linguistic components. It was designed to compete with dictionary-based predictive systems such as T9 and iTap which were commonly used with mobile phones with 12-key telephone keypads.
Keypad used by T9. T9's objective is to make it easier to enter text messages.It allows words to be formed by a single keypress for each letter, which is an improvement over the multi-tap approach used in conventional mobile phone text entry at the time, in which several letters are associated with each key, and selecting one letter often requires multiple keypresses.