Abstract: A method and system for providing multi-user shared access to service applications operating in wireless data services such as Wireless Application Protocol (WAP) is described. An exemplary embodiment of the present invention comprises a solution that provides a modified communication pathway that permits mobile clients to join an active session engaged by other clients. The system comprises a gateway 200 and a coordinating browser 206 (co-browser) which cooperates with the gateway subsystem 202 and the WAP subsystem 204 to coordinate and establish shared sessions between users. When a first client 220 is engaged in an active session, the co-browser 206 determines that a second client 230 wishes to join the session by analyzing the request containing the universal resource identifier (URI) transmitted by the second client. The co-browser enables all peer clients to interact, share, and view updated content within the application.

Abstract: A method and system for providing multi-user shared access to service applications operating in wireless data services such as Wireless Application Protocol (WAP) is described. An exemplary embodiment of the present invention comprises a solution that provides a modified communication pathway that permits mobile clients to join an active session engaged by other clients. The system comprises a gateway 200 and a coordinating browser 206 (co-browser) which cooperates with the gateway subsystem 202 and the WAP subsystem 204 to coordinate and establish shared sessions between users. When a first client 220 is engaged in an active session, the co-browser 206 determines that a second client 230 wishes to join the session by analysing the request containing the universal resource identifier (URI) transmitted by the second client. The co-browser enables all peer clients to interact, share, and view updated content within the application.

Abstract: A system and method for voice browsing IVR services using a mobile terminal. A voice application is accessible via a server connected to a network. A call connection is established between the mobile terminal and the server using a dual-mode connection. The call connection includes a voice mode and a data mode for alternately transmitting voice and data via the network. The voice application sends a state-dependent grammar that defines the speech recognition results that the voice application is ready to accept as input or commands at its present state of execution. The voice application also sends to the mobile terminal state-dependent voice output such as audio prompts and instructions using the voice mode. The user responds orally to the voice output. The mobile terminal processes this voice input using speech recognition facilities. Valid input is extracted from the voice input based on the state-dependent grammar. The mobile terminal sends the valid input to the voice application using the data mode.