Abstract: A method of interactive reading may include generating a user interface. The user interface may include audio data and video data received from a first user device and audio data and video received from a second user device. Additionally, a selection of a book from the first user device is received. A graphical representation of the book comprising text and illustrations from the book is displayed on the user interface, wherein the book is presented a single page at a time. An indication from the first user device or second user device to proceed to a second page of the book may be received the user interface may be updated to present the second page of the book. Also, the user interface may be transmitted to the first user device and the second user device. The method may also include a recording of the audio and video data sent by the user devices to be played back later.

Abstract: Methods and related computer program products, systems, and devices for providing feedback to a user based on audio input associated with a user reading a passage torn a physical text are disclosed.

Abstract: Methods and related computer program products, systems, and devices for providing feedback to a user based on audio input associated with a user reading a passage from a physical text are disclosed.

Abstract: Methods and related computer program products, systems, and devices for providing feedback to a user based on audio input associated with a user reading a passage from a physical text are disclosed.

Abstract: Methods and related computer program products, systems, and devices for providing feedback to a user based on audio input associated with a user reading a passage from a physical text are disclosed.

Abstract: Methods and related computer program products, systems, and devices for providing feedback to a user based on audio input associated with a user reading a passage from a physical text are disclosed.

Abstract: The invention provides a labeling and content authoring scheme that enables seamless labeling, authoring, and playback of authored content, e.g., audio. In an embodiment of the invention, an apparatus comprises a scanner for acquiring an index value associated with a label, a microphone for recording audio from a user, a speaker for playing pre-recorded audio, and a processor for controlling the recording and playback of audio. The index value identifies an object and is implemented on the label using machine readable code. Memory storage stores the recorded audio for later playback. In operation, the index value is first read from the label. The processor then compares the read index value to one more index values stored in memory, wherein each stored index value is linked to one or more pre-recorded audio clips.