Abstract: In various example embodiments, a system and method for dynamically ordering content and discrete content segments are presented. A set of discrete content segments is received having a first order for distributing the set of discrete content segments during a display of a media stream. Each discrete content segment includes a set of ordering factors. Event data is received. The event data is representative of a set of events depicted by the media stream. A set of event instances is determined from the event data representing the set of events depicted by the media stream. A second order is generated for the set of discrete content segments based on the set of event instances and the sets of ordering factors.

Abstract: A reproducing apparatus to reproduce a captured moving image includes a filter circuit that obtains a capturing condition (shutter speed information “s”) of frames constituting the moving image. The filter circuit smoothes pixel information of the frames by using a parameter (directional smoothing filter kernel) according to the obtained shutter speed.

Abstract: A system for remote control of live TV capability for TV screens, the system comprising satellite feeds (2003) broadcasting means (2002, 2004), a set top box (2005), a Smart-IB box (2006) capable of sending and receiving data/content, a central server capable of interpreting received data/content from Smart-IB, a communication network having interactive means coupled with world wide web (2008), a display screen (2007) having display means operable to display data/information. A method for remote control of live TV capability for TV screens, the method comprising the steps of receiving a schedule to record and/or relay set top box content, forwarding desired frequency to remote signal inducing means (RSIM), generating infrared (IR) signal, interpreting infrared (IR) signal by set top box, changing audio-video (AV) output as per the schedule list, recording/relaying audio-video (AV) output.

Abstract: The reversible watch includes first (1) and second (2) cases mounted back-to-back and each having a back cover and securing elements for securing it to the other case in a way which the user can dismantle. In a particular embodiment, each of the cases includes horns (5) through which bars (8, 9) pass. The bars are also used as means for securing the first case to the second and as means for securing each of the ends (12, 13) of the wristband (15) to the assembly formed by said first and second cases. In another embodiment, the back covers of the two cases include elements for securing them to each other, and the assembly of the two cases is mounted in a reversible manner on a support secured to a non-reversible wristband.