IPC분류정보
국가/구분 |
United States(US) Patent
등록
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국제특허분류(IPC7판) |
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출원번호 |
US-0453611
(1999-12-03)
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발명자
/ 주소 |
- Tiedemann, Jr., Edward G.
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출원인 / 주소 |
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대리인 / 주소 |
Wadsworth, PhilipBaker, Kent D.Martin, Roger W.
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인용정보 |
피인용 횟수 :
14 인용 특허 :
28 |
초록
▼
A method and apparatus which permits handoffs while the mobile station is in the system access state. This is achieved by providing for channel assignment messages to be sent over the paging channel of a plurality of base stations, which increases the probability of one of the messages getting throu
A method and apparatus which permits handoffs while the mobile station is in the system access state. This is achieved by providing for channel assignment messages to be sent over the paging channel of a plurality of base stations, which increases the probability of one of the messages getting through. In addition, this assures the mobile station will be able handoff to a different base station and have a traffic channel allocated to it on the new base station without delay. In addition, a method and apparatus which permits the mobile station to be directly assigned into a soft handoff state upon traffic channel assignment.
대표청구항
▼
A method and apparatus which permits handoffs while the mobile station is in the system access state. This is achieved by providing for channel assignment messages to be sent over the paging channel of a plurality of base stations, which increases the probability of one of the messages getting throu
A method and apparatus which permits handoffs while the mobile station is in the system access state. This is achieved by providing for channel assignment messages to be sent over the paging channel of a plurality of base stations, which increases the probability of one of the messages getting through. In addition, this assures the mobile station will be able handoff to a different base station and have a traffic channel allocated to it on the new base station without delay. In addition, a method and apparatus which permits the mobile station to be directly assigned into a soft handoff state upon traffic channel assignment. .; US-5732328, 19980300, Mitra et al.; US-5734833, 19980300, Chiu et al.; US-5745485, 19980400, Abramson; US-5758088, 19980500, Bezaire et al.; US-5768254, 19980600, Papadopoulos et al.; US-5790533, 19980800, Burke et al.; US-5790535, 19980800, Kou; US-5790551, 19980800, Chan; US-5790939, 19980800, Malcolm et al.; US-5790940, 19980800, Laborde et al.; US-5793772, 19980800, Burke et al., 370/508; US-5796726, 19980800, Hassan et al.; US-5802061, 19980900, Agarwal; US-5809093, 19980900, Cooper; US-5809400, 19980900, Abramsky et al.; US-5809414, 19980900, Coverdale et al.; US-5815652, 19980900, Ote et al.; US-5815798, 19980900, Bhagalia et al.; US-5818831, 19981000, Otonari; US-5818845, 19981000, Moura et al.; US-5818887, 19981000, Sexton et al.; US-5822311, 19981000, Hassan et al.; US-5828655, 19981000, Moura et al.; US-5848064, 19981200, Cowan; US-5859852, 19990100, Moura et al.; US-5862452, 19990100, Cudak et al.; US-5872820, 19990200, Upadrasta; US-5889766, 19990300, Ohnishi et al.; US-5905719, 19990500, Arnold et al.; US-5909447, 19990600, Cox et al.; US-5910945, 19990600, Garrison et al.; US-5915207, 19990600, Dao et al.; US-5926458, 19990700, Yin; US-5946602, 19990800, Sayegh; US-5958018, 19990900, Eng et al.; US-5959982, 19990900, Federkins et al.; US-5960001, 19990900, Shaffer et al.; US-5963557, 19991000, Eng; US-5966412, 19991000, Ramaswamy; US-5966636, 19991000, Corrigan et al.; US-6108317, 20000800, Jones et al., 370/320; US-6208626, 20010300, Brewer, 370/324; US-6240077, 20010500, Vuong et al., 370/330; US-6249515, 20010600, Kim et al., 370/337 urther configured as a child member within a group all related to a parent ISC that manages a customer group of related individual persons or a group of related ISC groups. 4. The system of claim 1 wherein the at least one ISC is further configured to control the at least one communication service for a plurality of individual person customers. 5. The system of claim 1 wherein the classification criteria may comprise at least one of: service classification, customer classification, customer service preference order, service provider policy, and a current state of the at least one communication services monitored within the at least one ISC. 6. The system of claim 5 wherein the service classification criteria are statically established with the at least one ISC through parameters set within the at least one ISC, from each of the at least one communication service. 7. The system of claim 5 wherein the at least one ISC defines customer classification criteria may comprise at least one variable parameter that collectively define the classification of a customer. 8. The system of claim 7 wherein the customer classification criteria include a plurality of levels which may include at least one of: Platinum, Gold, Silver, and Bronze. 9. The system of claim 7 wherein the customer classification criteria is maintained by an operations support customer care system and communicated to the at least one ISC through a command message exchange. 10. The system of claim 5 wherein the at least one ISC provides for a customer preference order which defines a customer's service priority order preference and may be indicated by a customer through a user interface and may be employed in the prioritization of the at least one communication service. 11. The system of claim 5 wherein the at least one ISC may employ the service provider policy in the prioritization of the at least one communication service. 12. The system of claim 5 wherein the at least one ISC is further configured to monitor the high-level current state of each of the at least one communication services in the prioritization of the at least one communication service. 13. The system of claim 1 wherein the intelligent prioritization rules are dynamically configurable by the at least one communications service provider so as to effect the prioritization of the at least one communication services by the at least one ISC. 14. The system of claim 1 wherein the MRL is dynamically communicated, through an interactive exchange of one or more messages, from each of the at least one communication service to the at least one ISC at the time the said at least one communication service is initiated. 15. The system of claim 1 wherein the at least one message registration list (MRL) is statically established with the at least one ISC through parameters set within the at least one ISC, from each of the at least one communication services. 16. The system of claim 1 wherein the at least one ISC is further configured to relay the MRL for each of the at least one communication services to one or more of the system entities. 17. The system of claim 16 wherein the system entities may include at least one of: a transport association controller (TAC), association state manager (ASM), message broker (MB), and another integrated services controller (ISC). 18. The system of claim 1 wherein the at least one ISC is further configured to receive an event registration list (ERL) defining one or more events for each of the at least one communication services registering notification interest in said events by said at least one communications services, whereby the at least one ISC is further configured to relay the ERL for each of the at least one communication services to one or more of the system entities. 19. The system of claim 18 wherein the one or more system entities may include at least one of: transport association controller (TAC), association state manager (ASM), message broker (MB), and another integrated
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