Abstract:
Authoring a distributed presentation of environmental effects and/or media respectively timed to immerse the end user in a realistic presentation uses a common programming device (120). The device includes a control for end -user navigation of a common presentation timeline (232) in scheduling programmable devices to present at respective times on the timeline. Further included is an actuator for registering against the timeline in performing the scheduling. The devices to present (110) are spatially distributed in an ambient environment of the end user. The programming device selectively enables the registering respectively when it sufficiently nears a corresponding one of the distributed devices so as to enter its communication range (S420).
Abstract:
Cyclical pixel-based remapping techniques are disclosed for efficiently creating and displaying a video summary. Cyclical temporal remapping at the pixel level requires less processing power and eliminates the need for object identification and tracking, allowing for dynamic adjustment of summary video parameters while a user is viewing the summary video. An operator can select an archived camera feeds or video file, specify a time compression ratio or time interval over which to review video content, specify a motion sensitivity threshold, and then view a significantly condensed summary video that depicts all activity from the source video within a much shorter timeline. Furthermore, activity co-occurrence is preserved such that any activities that co-occur in the source video will also co-occur in the summary video.
Abstract:
A computer-implemented method, computer program product and computing system for enabling a user to select raw procedure content for processing; enabling the user to select one or more sub-portions of the raw procedure content for inclusion within processed procedure content; and processing the one or more sub-portions of the raw procedure content to generate the processed procedure content.
Abstract:
The invention relates to a method for separating successive image sequences of motion-picture films, video tapes or such like into individual sequences. According to said method sequence changes of a first type which are based on a change in the mean brightness of successive images and/or sequence changes of a second type which are based on a change in the content of successive images are detected and separation markers for the automatic separation of the image sequences into individual sequences are placed.
Abstract:
System and method to compress multiple videos are provided, the system includes a video retrieve module configured to retrieve videos from a video library database; a video selection module configured to select videos by a user upon viewing the plurality of videos; a video clipping module configured to clip each of the multiple videos into a multiple video clips based on features with assigned importance levels, and to select one or more video clips by the user upon viewing the multiple video clips; a video summarization module configured to create a video summary, a video editing module configured to operate multiple video clips from the video summary on receiving a feedback from the user, to generate a modified video summary to compress the multiple videos, a video time calculator module configured to calculate total time eliminated; a video timer module configured to set a time frame enable the modified video summary to be played.
Abstract:
Authoring a distributed presentation of environmental effects and/or media respectively timed to immerse the end user in a realistic presentation uses a common programming device (120). The device includes a control for end -user navigation of a common presentation timeline (232) in scheduling programmable devices to present at respective times on the timeline. Further included is an actuator for registering against the timeline in performing the scheduling. The devices to present (110) are spatially distributed in an ambient environment of the end user. The programming device selectively enables the registering respectively when it sufficiently nears a corresponding one of the distributed devices so as to enter its communication range (S420).
Abstract:
A system for generating a digital representation of a video signal comprised of a sequence of video frames which each include two video fields of a duration such that the video plays at a first prespecified rate of frames per second. The sequence of video frames includes a prespecified number of redundant video fields. Redundant video fields in the video frame sequence are identified by a video processor, and the video frame sequence is digitized by an analog to digital convertor, excluding the identified redundant video fields. The digitized video frames are then compressed by a video compressor to generate a digital representation of the video signal which plays at a second prespecified rate of frames per second. Furthermore, an electronic film editing system is disclosed, which permits editing based on either video time code or film footage code.
Abstract:
A computer-implemented method, computer program product and computing system for recording a procedure to generate raw procedure content; uploading the raw procedure content to a non-public storage location within a remote storage platform; editing the raw procedure content to generate processed procedure content; and sharing the processed procedure content.
Abstract:
The present invention relates to method for generating a video remix, the method comprising: receiving an input video (101); selecting at least one excerpt from the input video (103), wherein an audio signal of the selected excerpt includes at least one onset; determining a plurality of sub-sequences of the at least one excerpt (104); and rearranging the plurality of sub-sequences according to a predetermined pattern (105) to form the video remix.
Abstract:
A digital signal recording and reproduction method, comprising subdivision into a series of sectors and groups of sectors, whereafter each group is re-ordered in order to record the resulting group on successive inclined tracks on a magnetic tape, said re-ordering being such that the sectors are grouped on the tape (10) in such a way as to form virtual tracks (W1) extending physically along a line (L) which is perpendicular to the magnetic tape (10). Sections of the tape may then be cut and joined together again without disrupting the reading of the resulting tape.