Mediator based architecture for first responder interoperability systems (FRIS)

• US 20060147008A1
• Filed: 12/16/2004
• Published: 07/06/2006
• Est. Priority Date: 12/16/2004
• Status: Active Grant

• Current Assignee: Kyndryl Incorporated
• Original Assignee: International Business Machines Corporation
• Inventors: Pereira, Nuno D., Foss, Louis C., Som, Tapas K., Blossom, Kent L., Leuba, Paul E.
• Granted Patent: US 7,489,698 B2
• Time in Patent Office: Days
• US Class Current: 379/202.10
• CPC Class Codes: H04M 2201/60 Medium conversion
• CPC Class Codes: H04M 3/5307 for recording messages comprising any combination of audio and non-audio components
• CPC Class Codes: H04M 7/00 Arrangements for interconnection between switching centres

Abstract

A communication server has a message transfer unit that transfers messages between users operating under different, potentially non-compatible communication systems. A translator is connected to the message transfer unit. The translator translates messages sent to the message transfer unit into formats compatible with the different communication systems. A registration unit is used to associate communication systems with an incident. Communications between the different communication systems is restricted by incident and by registration. A voice/data mediator is used to conduct communication sessions through the message transfer unit. The communication sessions are conducted by the voice/data mediator between participants that are designated by a user. The participants are selected from users within communication systems that are registered with an incident.

Claims

1. A communication server comprising:

a session gateway adapted to initiate communication sessions between users operating under different communication systems;

a connection manger connected to said session gateway unit, said connection manager being adapted to translate messages into formats compatible with said communication systems;

a registration unit adapted to associate said communication systems with an incident, such that communications between said communication systems is restricted by incident and by registration; and

a communication mediator adapted to conduct said communication sessions through said session gateway,

wherein said communication sessions are conducted by said communication mediator between participants designated by a user, and

wherein said participants are selected from users within communication systems that are registered with an incident.

2. The communication server in claim 1, wherein said communication mediator is adapted to coordinate data interoperability of said communication systems and voice interoperability of said communication systems.

3. The communication server in claim 1, wherein said communication mediator is adapted to automatically select an appropriate communication mode depending upon preferred communications modes of said participants designated by said user.

4. The communication server in claim 3, wherein different communication modes include land-line telephone, wireless telephone, cellular telephone, text messaging, two-way radio, broadcast radio, e-mail, and voice over internet protocol (VOIP).

5. The communication server in claim 1, wherein said communication mediator is adapted to automatically select whether said communication session will be:

a one-to-one communication session;

a one-to-many communication session;

or

a many-to-many communication session.

6. The communication server in claim 1, further comprising a voice/data/text converter adapted to convert voice messages into data/text messages and data/text messages into voice messages, such that a voice user in a first communication system may transparently communicate with a data/text user in a second communication system through said communication server.

7. The communication server in claim 1, wherein said session gateway unit is adapted to initiate said communication sessions so as to provide real-time communication between users of said different wireless communication systems.

14. The communication server in claim 1, wherein said session gatewayunit is adapted to set up communication sessions so as to provide real-time communication between users of said different wireless communication systems.

8. A communication server comprising:

a session gateway unit adapted to initiate communication sessions between users operating under different communication systems;

a connection manger connected to said session gateway unit, said wireless connection manager being adapted to translate messages into formats compatible with said communication systems;

a registration unit adapted to associate said communication systems with an incident, such that communications between said communication systems is restricted by incident and by registration; and

a communication mediator adapted to conduct said communication sessions through said session gateway,

wherein said communication sessions are conducted by said communication mediator between participants designated by a user, and

wherein said participants are selected from users within communication systems that are registered with an incident,

wherein said participants maintain multiple communication devices, and said communication mediator is adapted to automatically attempt to communicate with different communication devices maintained by said participants in a predetermined order.

9. The communication server in claim 8, wherein said predetermined order is different for different participants.

10. The communication server in claim 8, wherein said predetermined order is established according to the individual preferences of each of said participants.

11. The communication server in claim 8, wherein said communication mediator is adapted to automatically select an appropriate communication mode depending upon pre-set rules of preferred communications modes of said participants.

12. The communication server in claim 8, wherein said communication mediator is adapted to automatically select whether said communication session will be:

a one-to-one communication session;

a one-to-many communication session;

or

a many-to-many communication session.

13. The communication server in claim 8, further comprising a voice/data/text converter adapted to convert voice messages into data/text messages and data/text messages into voice messages, such that a voice user in a first communication system may transparently communicate with a data/text user in a second communication system through said communication server.

15. A method of providing communications between different communication systems, said method comprising:

identifying an incident;

associating at least one first communication system with said incident;

associating at least one second communication system with said incident;

placing said first communication system and said second communication system in communication with a communication server,

translating messages sent from said first communication system into a format compatible with said second communication system and translating messages sent from said second communication system into a format compatible with said first communication system, using said communication server;

restricting communications between said first communication system and said second communication system by incident; and

designating participants to a communication session, wherein said participants are selected from users within communication systems that are registered with an incident.

16. The method in claim 15, further comprising coordinating data interoperability of said communication systems and voice interoperability of said communication systems.

17. The method in claim 15, further comprising automatically selecting an appropriate communication mode depending upon the preferred communication modes of said participants designated by said user.

18. The method in claim 17, wherein different communication modes include land-line telephone, wireless telephone, cellular telephone, text messaging, two-way land mobile radio, broadcast radio, e-mail, and voice over internet protocol (VOIP).

19. The method in claim 15, further comprising automatically selecting whether said communication session will be:

a one-to-one communication session;

a one-to-many communication session;

or

a many-to-many communication session.

20. The method in claim 15, wherein said translating further comprises translating voice messages to data/text messages and translating data/text messages to voice messages, such that a voice user in said first communication system may transparently communicate with a data/text user in the same or said second communication system through said communication server.

21. The method in claim 15, further comprising transmitting said messages so as to provide real-time communication between users of said different communication systems.

22. A method of providing communications between different communication systems, said method comprising:

identifying an incident;

associating at least one first communication system with said incident;

associating at least one second communication system with said incident;

placing said first communication system and said second communication system in communication with a communication server,

translating messages sent from said first communication system into a format compatible with said second communication system and translating messages sent from said second communication system into a format compatible with said first communication system, using said communication server;

restricting communications between said first communication system and said second communication system by incident;

designating participants to a communication session, wherein said participants are selected from users within communication systems that are registered with an incident and wherein said participants maintain multiple communication devices; and

automatically attempting to communicate with different communication devices maintained by said participants in a predetermined order.

23. The method in claim 22, further comprising coordinating data interoperability of said communication systems and voice interoperability of said communication systems.

24. The method in claim 22, further comprising automatically selecting an appropriate communication mode depending upon the preferred communication modes of said participants designated by said user.

25. The method in claim 24, wherein different communication modes include land-line telephone, wireless telephone, cellular telephone, text messaging, two-way land mobile radio, broadcast radio, e-mail, and voice over internet protocol (VOIP).

26. The method in claim 22, further comprising automatically selecting whether said communication session will be:

a one-to-one communication session;

a one-to-many communication session;

or

a many-to-many communication session.

27. The method in claim 22, wherein said translating further comprises translating voice messages to data/text messages and translating data/text messages to voice messages, such that a voice user in said first communication system may transparently communicate with a data/text user in the same or said second communication system through said communication server.

28. The method in claim 22, further comprising transmitting said messages so as to provide real-time communication between users of said different communication systems.