Abstract:
The present invention provides an Ad-hoc screen sharing system and method for performing ad-hoc screen sharing and switching sessions over a wired or wireless Ad- hoc networks without a dedicated centralized server. The Ad-hoc Screen Sharing system and method allows the host of the sessions to invite participants to join in the session, share materials to be used during the sessions, presenting the information through the shared screens, and allowing the participants to interact by sharing their own screen.
Abstract:
A system of platform independent device switching comprising a client device (200) for instantly transferring active document to a server device that is connected to a projector across any network and a server device (300) for supporting instant transfer of document from a remote client device across any access network.
Abstract:
There is disclosed a system and method for use in Rich Internet Application (RIA) session transfer between at least two devices, one being the original device and another is the alternative device to which the session transfer is performed. Both devices are installed with a session management agent (100) for sending notifications and communicating event transfer and a dynamic session management server (200) for receiving said notification, monitoring device status and thus synchronizing copies of RIA session objects across devices.
Abstract:
The present invention relates to a method and system for use in document viewing between a plurality of devices, including the capability to switch or transfer document viewing session to another device during an on-going viewing session.
Abstract:
A plurality of user devices (UD1...UDn, TD1...TDn) adapted to communicate in Session Initiation Protocol communicatively coupled with a session transfer application server (301 ) hosted on an IMS subsystem (201 ). Upon receiving a session transfer request from an end user device (UD1 ), the server (301 ) alerts or rings all registered target devices (TD1.TDn) by the same user, and leaves the user himself or herself to select which device he/she prefers to take the session forward at the point of time. Once the selection has been made, the system, by a series of SIP messages cancels the alerting or ringing session on the remaining devices and transfers the session between the first user (U1 ) and second user (U2) to a target device (TD1 ) of the first user.
Abstract:
A system of session transfer using non-post active device comprising at least a Device Switching Application Server connected to at least a location server and a user profile/HSS server, at least an SIP/IMS server connected to the DSAS, at least a bob's mobile device connected to the SIP/IMS server, at least an Alice's device connected to the SIP/IMS server and at least a communication means connected to Alice's mobile device.
Abstract:
A system comprising a Monitoring Manager (23) engaged with a Controller Module (27) and Session Transfer (22), a Tracking Module (26) communicatively connected to the system, a Device Analysis Module (25) detachably connected to the system accommodating different tracking algorithms and a Device Lookup Table (24) connected to the Device Analysis Module (25). A method to enable device switching by identifying nearby devices with short range communication comprising detecting a plurality of alternative communication devices using short range communication protocols, requesting for information from a plurality of alternative communication devices to a first communication device, collecting information from the plurality of alternative communication devices in proximity to the first communication device, selecting Device Analysis Module to process information and storing a result into a table.
Abstract:
There is provided a method of dynamically switching the mobility management protocol of data packets in a communication session. The method comprises routing packets (350, 355) of a communications session across a network (130) between a mobile terminal (105) and a corresponding node (110) according to a first mobility management protocol (MIP) (235); monitoring a quality parameter of the communications session (240); in response to determining that the quality parameter has degraded below a predetermined quality parameter threshold (240Y), routing packets of the communications session according to a second mobility management protocol (SIP) (270).