Abstract: A display apparatus includes a first recognition unit to recognize a gaze of a user; a second recognition unit to recognize a command from the user; a controller to determine whether the recognized gaze is within a predetermined recognition region, to control entry into an interactive mode upon determining that the recognized gaze is within the predetermined recognition region, and to selectively control a plurality of functions based on the recognized gaze and command; and a display unit to display an image corresponding to the interactive mode and an image corresponding to the selectively controlled function.

Abstract: A display apparatus including a recognition unit to recognize a gaze of a user, a controller to determine whether the recognized gaze is within a predetermined recognition region and to control entry into an interactive mode upon determining that the recognized gaze is within the predetermined recognition region, and a display unit to display an image corresponding to the interactive mode. A user's gaze is tracked to perform entry into an interactive mode, thereby easily achieving entry into the interactive mode and performing more intuitive interaction. In addition, a multi-modal interactive mode including a combination of face recognition, voice recognition, and gaze recognition is performed, thereby performing a more extended interactive mode and accurately determining a user command. As a result, functions are correctly performed, thereby improving user convenience.

Abstract: A method of controlling an interpretation apparatus is provided. The control method includes collecting a voice of a speaker in a first language in order to generate voice data, extracting voice attribution information of the speaker from the generated voice data, and transmitting to an external apparatus text data in which the voice of the speaker included in the generated voice data is translated in a second language, together with the extracted voice attribute information. The text data translated in the second language is generated by recognizing the voice of the speaker included in the generated voice data, converting the recognized voice of the speaker into the text data, and translating the converted text data in the second language.

Abstract: A display apparatus including a recognition unit to recognize a gaze of a user, a controller to determine whether the recognized gaze is within a predetermined recognition region and to control entry into an interactive mode upon determining that the recognized gaze is within the predetermined recognition region, and a display unit to display an image corresponding to the interactive mode. A user's gaze is tracked to perform entry into an interactive mode, thereby easily achieving entry into the interactive mode and performing more intuitive interaction. In addition, a multi-modal interactive mode including a combination of face recognition, voice recognition, and gaze recognition is performed, thereby performing a more extended interactive mode and accurately determining a user command. As a result, functions are correctly performed, thereby improving user convenience.