Martin T. King mainly investigates Information retrieval, Mobile device, Speech recognition, Word and Selection. The concepts of his Information retrieval study are interwoven with issues in World Wide Web and Text entry. Martin T. King regularly ties together related areas like Identifier in his World Wide Web studies.
His Mobile device research includes elements of Computer graphics and Facility information model. His Speech recognition research is multidisciplinary, incorporating elements of Interpretation and Punctuation. He integrates many fields, such as Vocabulary, Natural language processing, Artificial intelligence, Ambiguity, Set and Object, in his works.
The scientist’s investigation covers issues in Information retrieval, World Wide Web, Mobile device, Artificial intelligence and Speech recognition. His specific area of interest is Information retrieval, where Martin T. King studies Electronic document. His work in the fields of World Wide Web, such as Digital content, overlaps with other areas such as Software, Data structure and Index.
His study in Mobile device is interdisciplinary in nature, drawing from both Mode, Automatic identification and data capture, Computer graphics and Orientation. The various areas that Martin T. King examines in his Artificial intelligence study include Pattern recognition, Computer vision and Natural language processing. Martin T. King incorporates Speech recognition and Selection in his studies.
His primary areas of investigation include Mobile device, Information retrieval, Context, Database and World Wide Web. His work deals with themes such as Computer graphics, Mode, Orientation, Image and Scanner, which intersect with Mobile device. His studies deal with areas such as Timestamp, Computer hardware and Gesture as well as Scanner.
The study incorporates disciplines such as Index and Text entry in addition to Information retrieval. His work on Digital content as part of general World Wide Web research is frequently linked to Software and Advertising, bridging the gap between disciplines. His Object research includes themes of Character, Punctuation and Natural language processing.
His primary areas of investigation include Information retrieval, Mobile device, Action, Fact checking and Computer graphics. In his papers, Martin T. King integrates diverse fields, such as Action, Speech recognition, Sequence, Information capture and Mode. Martin T. King integrates many fields in his works, including Fact checking, Dynamic display, Content, Text entry and Object.
His Computer graphics research incorporates themes from Orientation, Scanner, Computer vision and Artificial intelligence.
This overview was generated by a machine learning system which analysed the scientist’s body of work. If you have any feedback, you can contact us here.
Reduced keyboard disambiguating system
Martin T. King;Dale L. Grover;Clifford A. Kushler;Cheryl Arlene Grunbock.
(1998)
AMBIGUITY ELIMINATION SYSTEM WITH DOWNSIZED KEYBOARD
King Martin T;Grouver Dehjl L;Kashler Klifford A;Granbok Cheril A.
(2003)
Reduced keyboard disambiguating computer
Dale L. Grover;Martin T. King;Clifford A. Kushler.
(1995)
Capture and display of annotations in paper and electronic documents
Martin T. King.
(2007)
Automatically providing content associated with captured information, such as information captured in real-time
Martin T. King;Redwood Stephens;Claes-Fredrik Mannby;Jesse Peterson.
(2010)
Processing techniques for text capture from a rendered document
Martin Towle King;Dale L. Grover;Clifford A. Kushler;James Quentin Stafford-Fraser.
(2005)
Adding value to a rendered document
Martin T. King;Dale L. Grover;Clifford A. Kushler;James Q. Stafford-Fraser.
(2005)
Data capture from rendered documents using handheld device
Martin Towle King;Dale L. Grover;Clifford A. Kushler;James Quentin Stafford-Fraser.
(2005)
Adding information or functionality to a rendered document via association with an electronic counterpart
Martin T. King;Dale L. Grover;Clifford A. Kushler;James Q. Stafford-Fraser.
(2005)
Handheld device for capturing text from both a document printed on paper and a document displayed on a dynamic display device
Martin T. King;Dale L. Grover;Clifford A. Kushler;James Q. Stafford-Fraser.
(2010)
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