Method and apparatus for a wireless telecommunication system that provides location-based messages
A wireless telecommunication system receives information from a wireless mobile unit and determines that the wireless mobile unit is within a designated region. Information specific to the designated region is received at a centrally located location-based message server. As the traveler enters the designated region, the wireless mobile unit then receives information specific to the designated region such as information relating to traffic problems or desired locations within the region. Alternatively, a problem is identified and designated as relating to a particular region, and wireless mobile units within the designated region are then identified so that information relating to the problem can be output thereto. As such, information specific to a region occupied to a traveler is received.
1. A location-based messaging method in a wireless communication network comprising:
receiving information sent from a wireless mobile unit;
determining that the wireless mobile unit has entered a designated region based upon the received information; and
outputting information relating to the designated region for the wireless mobile unit upon determining that the wireless mobile unit has entered the designated region, without requiring access to a customer profile stored at a base station.
2. The location-based messaging method of claim 1 , wherein the output information is output to the wireless mobile unit.
3. The location-based messaging method of claim 1 , wherein the output information further includes traffic information.
4. The location-based messaging method of claim 1 , wherein the output information further includes information relating to a problem within the designated region.
5. The location-based messaging method of claim 1 , further comprising:
storing map information for the designated region, wherein the output information includes map information.
6. The location-based method of claim 1 , further comprising:
receiving information relating to the designated region from an external source, wherein information relating to the received information is output to the wireless mobile unit.
7. The location-based messaging method of claim 1 , further comprising:
determining a location of the wireless mobile unit, wherein the location is used to determine that the wireless mobile unit has entered the designated region.
8. The location-based messaging method of claim 1 , further comprising, prestoring information relating to a user of the wireless mobile unit, wherein the information is output upon the wireless mobile unit entering a region designated based upon the prestored information.
9. A location-based messaging method in a wireless communication network comprising:
receiving information relating to a problem in a designated region of the wireless communications network;
identifying a wireless mobile unit located within the designated region; and
outputting information, related to the problem within the designated region, for the wireless mobile unit located in the designated region, without requiring access to a customer profile stored at a base station.
10. The location-based messaging method of claim 9 , wherein the output information is output to the wireless mobile unit.
11. The location-based messaging method of claim 9 , wherein the received information relates to a traffic problem.
12. A location-based messaging apparatus, comprising:
a controller adapted to receive information from a wireless mobile unit, adapted to determine that the wireless mobile unit has entered a designated region based upon the received information;
said controller is adapted to output information relating to the designated region for the wireless mobile unit, upon determining that the wireless mobile unit has entered the designated region, without requiring access to a customer profile stored at a base station.
13. The location-based messaging apparatus of claim 12 , wherein the output information is output to the wireless mobile unit.
14. The location-based messaging apparatus of claim 12 , wherein the output information relates to a problem within the designated region.
15. The location-based messaging apparatus of claim 12 , further comprising:
a memory, adapted to store map information for the designated region, wherein the output information includes map information.
16. The location-based messaging apparatus of claim 12 , wherein the controller is adapted to receive information relating to the designated region from an external source, and wherein information relating to the received information is output to the wireless mobile unit.
17. The location-based messaging apparatus of claim 12 , wherein the controller is adapted to determine a location of the wireless mobile unit, and is adapted to use the determined location in determining that the wireless mobile unit has entered the designated region.
18. A location-based messaging apparatus in a wireless communication network, comprising:
a controller adapted to receive information relating to a problem in a designated region of the wireless communication network;
said controller is adapted to identify a wireless mobile unit located within the designated region; and adapted to output information, related to the problem within the designated region, for the wireless mobile unit, without requiring access to a customer profile stored at a base station.
19. The location-based messaging apparatus of claim 18 , wherein the output information is output to the wireless mobile unit.
20. The location-based messaging apparatus of claim 18 , wherein the controller is adapted to identify a plurality of wireless mobile units within the designated region and is adapted to output information to each of the identified wireless mobile units.
21. The location-based apparatus of claim 18 , further comprising:
a memory, adapted to store map information for the designated region, wherein when the received information is indicative of a traffic problem within the designated region, the controller is adapted to determine an alternate route of travel for output to the wireless mobile unit.