Method for establishing a time division and duplex self-organizing mobile communication system
First Claim
1. A method for constructing a time-division duplex self-organizing mobile communication system, comprising:
- A. searching for the pilot signals from an adjacent area base station by a base station without direct connection to a base station controller, setting the local area covered by the base station as the next lower-level area of the adjacent area through responding to the pilot signals by the base station so as to form a subordinate relationship to the adjacent area, wherein, the adjacent area base station is either a first-level area base station with direct connection to the base station controller or a second or below-second-level area base station without direct but relayed connection to the base station controller;
B. conducting relay communications by base stations at each above level, wherein the relay communication starting from a second or below-second-level area base station by a commercial user terminal covered by the second or below-second-level area base station, eventually establishing communications between the commercial user terminal and the base station controller in a public mobile communication system via a first-level area base station directly connected with the base station controller, and constructing a self-organizing mobile communication system by the base stations at each level;
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Accused Products
Abstract
The present invention relates to a method for constructing a self-organizing mobile communication system which is mobile, self-organizing and can make common commercial terminals communicates with outside, comprising: searching for the pilot signals of adjacent area base stations in a manner similar to user terminals by a base station without direct connection to a base station controller, setting the local area covered by the base station as the next lower-level area of the adjacent area through responding to the pilot signals by the base station so as to form a subordinate relationship to the adjacent area; conducting relay communications by base stations at each above level, wherein the relay communication starting from a second or below-second-level area base station by a commercial user terminal covered by the second or below-second-level area base station, eventually establishing communications between the commercial user terminal and the base station controller in a public mobile communication system via a first-level area base station directly connected with the base station controller, and constructing a self-organizing mobile communication system by the base stations at each level. The method is especially applicable for constructing emergency communication systems.
21 Citations
8 Claims
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1. A method for constructing a time-division duplex self-organizing mobile communication system, comprising:
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A. searching for the pilot signals from an adjacent area base station by a base station without direct connection to a base station controller, setting the local area covered by the base station as the next lower-level area of the adjacent area through responding to the pilot signals by the base station so as to form a subordinate relationship to the adjacent area, wherein, the adjacent area base station is either a first-level area base station with direct connection to the base station controller or a second or below-second-level area base station without direct but relayed connection to the base station controller;
B. conducting relay communications by base stations at each above level, wherein the relay communication starting from a second or below-second-level area base station by a commercial user terminal covered by the second or below-second-level area base station, eventually establishing communications between the commercial user terminal and the base station controller in a public mobile communication system via a first-level area base station directly connected with the base station controller, and constructing a self-organizing mobile communication system by the base stations at each level;
- View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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Specification