Abstract: The present invention relates to a method for approximating the location of a public transportation station comprising the steps of: (a) receiving the coordinates of a station of said public transportation; (b) receiving a number of GPS readings, each indicative of the location of said station of said public transportation; (c) filtering said GPS readings in relation to said coordinates of the said station of said public transportation; and (d) calculating said approximated location of the public transportation station based on said filtered GPS readings.

Abstract: The present invention relates to a method for providing a stereoscopic interactive object comprising the steps of: (a) providing a display capable of displaying in stereoscope; (b) providing a system capable of motion tracking; (c) providing a stereoscopic image of an object, on said display; (d) tracking user's motion aimed at interacting with said displayed stereoscopic image; (e) analyzing said user's interactive motion; and (f) performing in accordance with said user's interactive motion.

Abstract: The present invention relates to a method for providing an intuitive interactive control object in stereoscope comprising the steps of: (a) providing a display capable of displaying in stereoscope; (b) providing a system capable of motion tracking; (c) tracking a visual signal motion performed by a user; (d) providing a stereoscopic image of a remote control, on said display in response to said signal performed by said user; (e) tracking user's motion aimed at interacting with said displayed stereoscopic image of said remote control; (f) analyzing said user's interactive motion; and (g) performing in accordance with said user's interactive motion.

Abstract: The present invention relates to a method for patching a boot code stored on ROM comprising the steps of (a) storing at least one patching command for said boot code in a PROM; (b) loading said boot code from said ROM to a memory; (c) reading said at least one patching command from said PROM; (d) patching at least one command of said boot code residing in said memory with said at least one patching command from said PROM; and (e) executing the patched boot code.

Abstract: The present invention relates to an apparatus for generating a true random number comprising: (a) one or more decoupled oscillator(s), for generating a first set of one or more random bit(s); (b) one or more clock sampler(s), for generating a second set of one or more random bit(s); (c) a logic gate for logically combining said first set of one or more random bit(s) and said second set of one or more random bit(s) into a single true random bit; (d) a synchronizing circuit for synchronizing said single true random bit to the clock domain of said apparatus; (e) an LFSR, synchronized with said clock domain, which receives said synchronized single true random bit, and logically combines at least one of its internal bit(s) with said synchronized single true random bit for generating a true random number represented by the internal bits of said LFSR; and (f) an output bus for communicating said true random number from said LFSR.

Abstract: Invention is provided for navigation and orientation for all types of passengers traveling in public transportation. Segmentation methods for digital advertising based on location and number of passengers. Method for delivering audio and visual advertisements in real time into public transportation vehicles. Method for delivering public transportation positioning information, including arrival times, remaining times, past and future stops, stop numbers, current position, street and neighborhood names, waypoints, connections with other public transportation means, and news headlines. Method for embedding advertisements in any form, including banners, skins, pop-ups, video, audio, text and animation, in information screens inside public transportation.

Abstract: Apparatus for automotive entertainment, navigation, communication and control, including a plurality of radio, TV, video and audio inputs, a video and audio output, a plurality of wireless communication channels, and a plurality of receivers, transceivers and processing units.