COMMUNICATION SYSTEM AND MANAGEMENT METHOD THEREOF
First Claim
1. A communication system, comprising:
- a radio transceiving layer, comprising one or multiple radio transceiving node combinations, wherein a radio transceiving node in each radio transceiving node combination comprises at least one type of the following;
a macro cell radio unit, a Pico cell radio remote unit, and a Pico cell baseband and radio unit;
a local computing layer, comprising one or multiple local computing nodes, wherein each local computing node is connected to radio transceiving nodes in one or multiple neighboring radio transceiving node combinations, and configured to execute all communication processing or a first part of communication processing of a first cell corresponding to a first radio transceiving node combination connected to one of the local computing nodes; and
a centralized computing layer, comprising one or multiple centralized computing nodes, wherein each centralized computing node is connected to the one or multiple local computing nodes in the local computing layer, and configured to execute a second part of the communication processing of a second cell corresponding to a second radio transceiving node combination connected to the one or multiple local computing nodes if the local computing node executes the first part of the communication processing,wherein the all communication processing comprises the first part of the communication processing and the second part of the communication processing.
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Accused Products
Abstract
Embodiments of the present invention provide a communication system and management method thereof. The communication system includes: a radio transceiving layer, including a radio transceiving node combination, where the radio transceiving node combination includes at least one type of the following: a macro cell RRU, a Pico cell RRU, and a Pico cell BRU; a local computing layer, including a local computing node, connected to a radio transceiving node in one or multiple neighboring radio transceiving node combinations and configured to execute all communication processing or a first part of communication processing of a cell corresponding to the local computing node; a centralized computing layer, including a centralized computing node, connected to the local computing node in the local computing layer and configured to execute a second part of communication processing, where the all communication processing includes the first part and second part of communication processing.
72 Citations
21 Claims
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1. A communication system, comprising:
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a radio transceiving layer, comprising one or multiple radio transceiving node combinations, wherein a radio transceiving node in each radio transceiving node combination comprises at least one type of the following;
a macro cell radio unit, a Pico cell radio remote unit, and a Pico cell baseband and radio unit;a local computing layer, comprising one or multiple local computing nodes, wherein each local computing node is connected to radio transceiving nodes in one or multiple neighboring radio transceiving node combinations, and configured to execute all communication processing or a first part of communication processing of a first cell corresponding to a first radio transceiving node combination connected to one of the local computing nodes; and a centralized computing layer, comprising one or multiple centralized computing nodes, wherein each centralized computing node is connected to the one or multiple local computing nodes in the local computing layer, and configured to execute a second part of the communication processing of a second cell corresponding to a second radio transceiving node combination connected to the one or multiple local computing nodes if the local computing node executes the first part of the communication processing, wherein the all communication processing comprises the first part of the communication processing and the second part of the communication processing. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)
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18. A method for managing a communication system, wherein the communication system comprises a radio transceiving layer, a local computing layer, and a centralized computing layer, wherein:
- the radio transceiving layer comprises one or multiple radio transceiving node combinations, wherein a radio transceiving node in each radio transceiving node combination comprises at least one type of the following;
a macro cell radio unit, a Pico cell radio remote unit, and a Pico cell baseband and radio unit;
the local computing layer comprises one or multiple local computing nodes, wherein each local computing node is connected to radio transceiving nodes in one or multiple neighboring radio transceiving node combinations; and
the centralized computing layer comprises one or multiple centralized computing nodes, wherein each centralized computing node is connected to one or multiple local computing nodes in the local computing layer; andthe method comprises; executing, by the local computing node, all communication processing or a first part of communication processing of a first cell corresponding to a first radio transceiving node in a radio transceiving node combination connected to one of the local computing nodes; and executing, by the centralized computing node, a second part of the communication processing of a second cell corresponding to a second radio transceiving node in a radio transceiving node combination connected to one or multiple local computing nodes if the local computing node executes the first part of the communication processing, wherein the all communication processing comprises the first part of the communication processing and the second part of communication processing. - View Dependent Claims (19, 20, 21)
- the radio transceiving layer comprises one or multiple radio transceiving node combinations, wherein a radio transceiving node in each radio transceiving node combination comprises at least one type of the following;
Specification