International Business Machines Corporation

Jack Dunning

Thomas J Latham

Jordan R Cain

Giacomo Giuseppe Chiarella

Eunjin Lee

Daniel Thomas Cunnington

John Jesse Wood

Thomas M Fletcher

Aaron Tomor Robert Gashi

The automatic computer transfer of data between applications can include detecting a first application is accessed on a device, and a second application is accessed on the device in a predetermined amount of time. It is determined that text typed in the first application matches text from the second application. It is further determined when remaining text from the second application does not match the text typed in the first application. It is further Text from the second application for the first application is suggested based on the determined remaining text from the second application. The suggested text from the second application for the first application is sent to a display to autofill into the first application.

Enhanced computer automation to transfer data between software applications

Aspects of the present disclosure relate to ignoring trigger words of a buffered media stream. A buffered media stream of media content is accessed in advance of the playing the media stream. One or more trigger words in the media content of the buffered media stream are identified. A time stamp is generated for each of the one or more identified trigger words in relation to a play time of the media content of the buffered media stream. A voice command device is instructed to ignore audio content of the buffered media stream based on the time stamp for each of the one or more identified trigger words while the buffered media stream is played.

Ignoring trigger words in streamed media content

Aspects of the present disclosure relate to distinguishing voice commands. One or more stored blocked directions of background voice noise from one or more audio output devices for a location of a voice command device are accessed. A voice input is received at the voice command device at the location and a determination is made that the voice input is received from a blocked direction. A status of an audio output device is queried to determine whether it is emitting audio. In response to a determination that the audio output device is currently emitting audio, an audio file is obtained from the audio output device, the audio file corresponding to a time when the voice input was received. The obtained audio file is compared with the received voice input. The received voice input is ignored if there is a substantial match with the obtained audio file.

Distinguishing voice commands

Technology for identifying segment starting locations in video compilations. The method includes: receiving an enumerated video compilation of a plurality of joined video segments; identifying enumerating text in key frames of the video compilation, wherein the key frames are at time intervals in the video compilation; and storing identified enumerating text information in relation to the key frames. The method then includes: analyzing the stored enumerating text information to identify time locations in the video compilation of a first occurrence of each enumerating value; and providing location references in the video compilation of the identified time locations for navigation.

Identifying segment starting locations in video compilations

A computer-implemented method, system, and computer program product to perform an intelligent rewind function includes: identifying one or more events that occur during playback of media content; identifying an interrupt event in the one or more events, where the interrupt event is an event that is estimated to be disruptive to a user consuming the media content; locating an event time on a timeline of the media content, where the event time is associated with the interrupt event; and reverting the media content to a rewind time in the timeline, where the rewind time is associated with the event time.

Intelligent rewind function when playing media content

A method, computer system, and a computer program product for video recording of a display device is provided. The present invention may include, recording, with a recording device, a source video having a field of view. The present invention may include, responsive to a record command, controlling a display device to generate a display recording of a visual content displayed by the display device. The present invention may include, obtaining the source video and the display recording. The present invention may include, responsive to the visual content displayed by the display device being visible in the field of view of the source video, incorporating the display recording into the source video so as to replace the visual content displayed by the display device visible in the source video with the display recording.

Video recording of a display device

A computing device and computer automated method for controlling the display of application windows on a computer screen. A background process monitors a user's interaction with applications running on the computing device. The background process logs aspects of the user's interaction with applications, each application being associated with a window. The log is analyzed to detect the presence of a pattern in the user's interaction between any two applications, in particular repeated switching between two applications. If the pattern is detected, then the windows are reconfigured to present one of the windows as a picture-in-picture window within the other window. The automated switching to the picture-in-picture display of the two application windows ensures both windows are visible at the same time without the user having to reconfigure the windows manually.

Window control for simultaneously running applications

A method, computer system, and a computer program product for detecting a minimum viable display resolution is provided. The present invention may include measuring a first quality indicator of a received video file in an original resolution of the received video file. The present invention may then include measuring a second quality indicator of the received video file in a newest resolution of the received video file, wherein the newest resolution of the received video file is a lower resolution relative to the original resolution of the received video file. The present invention may further include, in response to determining that the measured second quality indicator of the newest resolution does not meet a threshold associated with the measured first quality indicator of the original resolution, discarding the newest resolution of the received video file and storing at least one viable display resolution of the received video file.

Detecting minimum viable display resolution of media content using optical character recognition

Method and system for providing hyperlinks in a presentation to be viewed remotely are provided. A presenter computer system provides a presentation capable of being transmitted as presentation data to remote viewer computer systems. A display area content of a display area of the presentation is determined and link information obtained relating to one or more hyperlinks in the display area content including a link destination for each hyperlink. The link information is provided for transmission in association with the presentation data for the display area content in order to display corresponding hyperlinks at the displayed presentation at a viewer computer system.

Growing community of inventors

Lyndhurst, United Kingdom

Jack Dunning