Abstract: A method of managing a media file storage relocation and/or editing process that comprises receiving location data indicative a user geographical location of users during a monitored period and a capturing/uploading geographical location and time of each media file, using the file capturing/uploading geographical location and time to identify a spatiotemporal proximity of a group from the users to respective the media file capturing/uploading geographical location of one or more of the media files during a respective the media file capturing/uploading time, detecting member(s) of the group which is imaged in the one or more media files using a recognition function, such as a face and/or voice recognition functions and in response to the detecting, initiating a media file storage relocation process and/or an editing process.

Abstract: A method of managing a media file storage relocation and/or editing process that comprises receiving location data indicative a user geographical location of users during a monitored period and a capturing/uploading geographical location and time of each media file, using the file capturing/uploading geographical location and time to identify a spatiotemporal proximity of a group from the users to respective the media file capturing/uploading geographical location of one or more of the media files during a respective the media file capturing/uploading time, detecting member(s) of the group which is imaged in the one or more media files using a recognition function, such as a face and/or voice recognition functions and in response to the detecting, initiating a media file storage relocation process and/or an editing process.

Abstract: A method of managing a media file storage relocation and/or editing process that comprises receiving location data indicative a user geographical location of users during a monitored period and a capturing/uploading geographical location and time of each media file, using the file capturing/uploading geographical location and time to identify a spatiotemporal proximity of a group from the users to respective the media file capturing/uploading geographical location of one or more of the media files during a respective the media file capturing/uploading time, detecting member(s) of the group which is imaged in the one or more media files using a recognition function, such as a face and/or voice recognition functions and in response to the detecting, initiating a media file storage relocation process and/or an editing process.

Abstract: A method of managing a media file storage relocation and/or editing process that comprises receiving location data indicative a user geographical location of users during a monitored period and a capturing/uploading geographical location and time of each media file, using the file capturing/uploading geographical location and time to identify a spatiotemporal proximity of a group from the users to respective the media file capturing/uploading geographical location of one or more of the media files during a respective the media file capturing/uploading time, detecting member(s) of the group which is imaged in the one or more media files using a recognition function, such as a face and/or voice recognition functions and in response to the detecting, initiating a media file storage relocation process and/or an editing process.

Abstract: A multi-player, multi-screens, electronic gaming platform and system is disclosed, having a game board having a main display screen for displaying a portion of the game layout that is shared by the plurality of players, and a plurality of personal game terminals, each personal game terminal assigned to a respective player and having an auxiliary display screen for displaying a portion of the game layout that is associated with the respective player. Communication between the main display and the terminals, and among terminals directly is enabled. Also enabled is seamless transfer of objects between the display screens as triggered by a game step or interactive inputs. Coded rules associated with the transferred objects can indicate where on the screen the digitized game object should appear, at what size should it be displayed, special animation or audio that should accompany the transfer of the digitized game object, etc.

Abstract: An electronic gaming system configured for executing an electronic game on a plurality of terminals, each terminal having a corresponding monitor the electronic game having a public portion and a private portion, wherein when the electronic gaming system is executed by the terminals, it causes the terminals to display the public portion of the game on one of the terminal's monitor; display a private portion of the game to on the other terminals monitors; enable wireless communication between the terminals; and manage flow of the game according to game rules and the wireless communication.

Abstract: A multi-player, multi-screens, electronic gaming platform and system is disclosed, having a game board having a main display screen for displaying a portion of the game layout that is shared by the plurality of players, and a plurality of personal game terminals, each personal game terminal assigned to a respective player and having an auxiliary display screen for displaying a portion of the game layout that is associated with the respective player. Communication between the main display and the terminals, and among terminals directly is enabled. Also enabled is seamless transfer of objects between the display screens as triggered by a game step or interactive inputs. Coded rules associated with the transferred objects can indicate where on the screen the digitized game object should appear, at what size should it be displayed, special animation or audio that should accompany the transfer of the digitized game object, etc.

Abstract: Electronic gaming system with main monitor displaying public part of game and several terminals, each operating in gaming or controller mode. In gaming mode the terminal displays private parts of the game to user, and user's actions control object on terminal. In controller mode, main display is replicated on terminal display, and user's actions on private terminal are replicated on main display. Example, moving tile on the terminal will send “move tile” to move the same tile on the main monitor and all other terminals. The terminals support zoom and board shift to access any part of the bigger board. It also supports store and forward functions, enabling user to prepare next move privately before sending to main monitor. When the terminal is in controller mode, its processor may constantly synchronize the view of the terminal with the main monitor.

Abstract: An electronic gaming system configured for executing an electronic game using physical gadget. The electronic gaming system has a gaming console which runs an electronic game. A physical gadget has a wireless transmitter that transmitting an outcome value. The main console receives the outcome value over wireless communication from the gadget, and advances the flow of the game according to the outcome value. Examples of the physical gadget may be a die, a clock, and a game piece, having a transmitter that transmits to the console an outcome value, e.g., rolling of a die or time from a clock.

Abstract: An electronic gaming system configured for executing an electronic game on a plurality of terminals, each terminal having a corresponding monitor the electronic game having a public portion and a private portion, wherein when the electronic gaming system is executed by the terminals, it causes the terminals to display the public portion of the game on one of the terminal's monitor; display a private portion of the game to on the other terminals monitors; enable wireless communication between the terminals; and manage flow of the game according to game rules and the wireless communication.

Abstract: An electronic gaming system configured for executing an electronic game using physical gadget. The electronic gaming system has a gaming console which runs an electronic game. A physical gadget has a wireless transmitter that transmitting an outcome value. The main console receives the outcome value over wireless communication from the gadget, and advances the flow of the game according to the outcome value. Examples of the physical gadget may be a die, a clock, and a game piece, having a transmitter that transmits to the console an outcome value, e.g., rolling of a die or time from a clock.

Abstract: A topology information system, comprising a topology collection sub-system, a topology database, a topology query sub-system and a topology correlation sub-system. The topology collection sub-system includes at least one topology discovery agent. The topology collection sub-system automatically collects topology information from at least one topology layer of at least one managed world. The topology database is adapted to store the topology information collected by the topology collection sub-system. The topology query sub-system is adapted to query the topology information stored in the topology database using a topology pattern query created by a user. The topology correlation sub-system operates in parallel to the topology query sub-system, constantly monitoring the managed world for events and updating the Information Base accordingly.

Abstract: Electronic gaming system with main monitor displaying public part of game and several terminals, each operating in gaming or controller mode. In gaming mode the terminal displays private parts of the game to user, and user's actions control object on terminal. In controller mode, main display is replicated on terminal display, and user's actions on private terminal are replicated on main display. Example, moving tile on the terminal will send “move tile” to move the same tile on the main monitor and all other terminals. The terminals support zoom and board shift to access any part of the bigger board. It also supports store and forward functions, enabling user to prepare next move privately before sending to main monitor. When the terminal is in controller mode, its processor may constantly synchronize the view of the terminal with the main monitor.

Abstract: A multi-player, multi-screens, electronic gaming platform and system is disclosed, having a game board having a main display screen for displaying a portion of the game layout that is shared by the plurality of players, and a plurality of personal game terminals, each personal game terminal assigned to a respective player and having an auxiliary display screen for displaying a portion of the game layout that is associated with the respective player. Communication between the main display and the terminals, and among terminals directly is enabled. Also enabled is seamless transfer of objects between the display screens as triggered by a game step or interactive inputs. Coded rules associated with the transferred objects can indicate where on the screen the digitized game object should appear, at what size should it be displayed, special animation or audio that should accompany the transfer of the digitized game object, etc.

Abstract: A multi-player, multi-screens, electronic gaming platform and system is disclosed, having a game board having a main display screen for displaying a portion of the game layout that is shared by the plurality of players, and a plurality of personal game terminals, each personal game terminal assigned to a respective player and having an auxiliary display screen for displaying a portion of the game layout that is associated with the respective player. Communication between the main display and the terminals, and among terminals directly is enabled. Also enabled is seamless transfer of objects between the display screens as triggered by a game step or interactive inputs. Coded rules associated with the transferred objects can indicate where on the screen the digitized game object should appear, at what size should it be displayed, special animation or audio that should accompany the transfer of the digitized game object, etc.

Abstract: A topology information system, comprising a topology collection sub-system, a topology database, a topology query sub-system and a topology correlation sub-system. The topology collection sub-system includes at least one topology discovery agent. The topology collection sub-system automatically collects topology information from at least one topology layer of at least one managed world. The topology database is adapted to store the topology information collected by the topology collection sub-system. The topology query sub-system is adapted to query the topology information stored in the topology database using a topology pattern query created by a user. The topology correlation sub-system operates in parallel to the topology query sub-system, constantly monitoring the managed world for events and updating the Information Base accordingly.