Abstract: Described is a control unit including a recognition result receiver able to receive a recognition result, a recognition result association unit having associations of results with recognition engines, and a recognition engine activator able to activate the recognition engine associated with the recognition result. Also described is a device including a microphone, an analog to digital converter able to convert input received by the microphone, a first speech recognition engine adapted to perform a first type of recognition on an output of the analog to digital converter, and a second recognition engine adapted to perform a second type of recognition on the output.
Abstract: A recognition system (20) for use in a vehicle or the like includes a handwriting recognizer (44) and a voice recognizer (38) for receiving handwriting and voice signals, where the signals are associated with commands used to operate with a variety of vehicle appliances. Such appliances may include, but are not limited to, car alarms (32), electric windows, personal computers (28), navigation systems (26), and audio (30) and telecommunications equipment (24).
Type:
Grant
Filed:
May 6, 1999
Date of Patent:
January 2, 2007
Assignee:
ART - Advanced Recognition Technologies Ltd.
Inventors:
Gabriel Ilan, Benjamin Dov Giloh, Arie Kadosh
Abstract: A method for reducing noise in a voice signal, and a voice operated system utilizing the same are presented. A noise component in a compressed digital signal representative of the voice signal is determined, and subtracted from the compressed digital signal.
Type:
Grant
Filed:
January 8, 2001
Date of Patent:
December 26, 2006
Assignee:
Art - Advanced Recognition Technologies Ltd.
Abstract: A method for recognizing input characters handwritten onto an input area of an input device, each point of the input area being represented by coordinate values. The method includes the steps of receiving a signal representative of an input character, determining an input position representative of the input character using information about the coordinate values, and recognizing the input character as one of a plurality of reference characters in a reference library. The recognizing step at least uses recognition features and a weighting function of each of the plurality of reference characters in the reference library and the input position. The signal includes at least information about the coordinate values of the input character.