초록 ▼

A method is presented for establishing a continued communication connection after a terminating communication connection between a transmitting station and a receiving station in a communication system where communication connections take place on dedicated communication resources temporarily associ

A method is presented for establishing a continued communication connection after a terminating communication connection between a transmitting station and a receiving station in a communication system where communication connections take place on dedicated communication resources temporarily associated to them. The termination of the terminating communication connection is indicated through a communication resource associated to the terminating communication connection (304, 404, 405, 504). The need for a continued communication connection is also indicated through a dedicated communication resource (305, 408, 408', 509).

대표청구항 ▼

A method is presented for establishing a continued communication connection after a terminating communication connection between a transmitting station and a receiving station in a communication system where communication connections take place on dedicated communication resources temporarily associ

A method is presented for establishing a continued communication connection after a terminating communication connection between a transmitting station and a receiving station in a communication system where communication connections take place on dedicated communication resources temporarily associated to them. The termination of the terminating communication connection is indicated through a communication resource associated to the terminating communication connection (304, 404, 405, 504). The need for a continued communication connection is also indicated through a dedicated communication resource (305, 408, 408', 509). cture and are of values responsive to determinations made at the GPS receiver circuitry and communicated to the network infrastructure. 6. The apparatus of claim 1 further comprising a visual display device coupled to said map display generator, said visual display device for displaying the map display generated by said map display generator. 7. The apparatus of claim 6 wherein the location of the at least the second mobile station indicated on the map display by said position indicator is displayed upon said visual display device. 8. In a method for communicating in a radio communication system having a first mobile station operable by a first user to communicate therewith by way of network infrastructure and at least a second mobile station operable by a second user to communicate therewith by way of the network infrastructure, an improvement of a method for facilitating identification of location at the first mobile station of at least the second mobile station to the user of the first mobile station, said method comprising: detecting, at the first mobile station, the locations of both of the first mobile station and the second mobile station; displaying at the first mobile station a locally-generated map display, the map display including a mapped area including the locations detected during said operation of detecting, at which the first mobile station and the second mobile station are positioned; and indicating on the map display displayed during said operation of displaying the locations of both of the first mobile station and the second mobile station, thereby to identify to the first user the location of the first mobile station and the second mobile station. 9. The method of claim 8 further comprising the operation, prior to said operation of detecting, of sending indications of the location of the at least the second mobile station to the first mobile station via the network infrastructure. 10. The method of claim 9 comprising the additional operation, prior to said operation of sending, of determining, at the network infrastructure, the location of the at least the second mobile station. Schilling, 375/001; US-5193210, 19930300, Nicholas et al., 455/038.1; US-5226057, 19930700, Boren, 375/103; US-5263048, 19931100, Wade, 375/001; US-5307517, 19940400, Rich, 455/306; US-5325204, 19940600, Scarpa, 348/607; US-5343496, 19940800, Honig et al., 375/001; US-5410750, 19950400, Cantwell et al., 455/306; US-5497505, 19960300, Koohgoli et al., 455/034.1; US-5541959, 19960700, Myers, 375/348; US-5570350, 19961000, Myer et al., 370/018; US-5612978, 19970300, Blanchard et al., 375/350; US-5613230, 19970300, Gottfried et al., 455/161.3; US-5640385, 19970600, Long et al., 370/335; US-5703874, 19971200, Schilling, 370/335; US-5758275, 19980500, Cox, 455/307; US-5926761, 19990700, Reed et al., 455/440; US-5966657, 19991000, Sporre, 455/425; US-5974101, 19991000, Nago, 375/350; US-5978362, 19991100, Lee et al., 370/315; US-6020783, 20000200, Coppola, 327/556; US-6035213, 20000300, Tokuda et al., 455/553; US-6047171, 20000400, Khayrallah et al., 455/266; US-6104934, 20000800, Patton et al., 455/561; US-6115409, 20000900, Upadhyay et al., 375/144; US-6205334, 20010300, Dent, 455/434; US-6215812, 20010400, Young et al., 375/144; US-6426983, 20020700, Rakib et al., 375/346; US-6560445, 20030500, Fette et al., 455/091; US-20030054852, 20030300, Ginesi et al., 455/522