Interference mitigation in downlink signal communication to a mobile terminal
First Claim
1. A method for downlink signal communication from a serving access node to a first mobile terminal associated with the serving access node, the method comprising the serving access node:
- obtaining scheduling information pertaining to signal communication to a second mobile terminal;
forwarding the obtained scheduling information to the first mobile terminal so as to allow for using the scheduling information for interference mitigation at the first mobile terminal;
wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal.
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Accused Products
Abstract
In downlink signal communication to a mobile terminal (200), the mobile terminal (200) is associated with a serving access node (100-1). Signal communication to a further mobile terminal (200; 200′″) may interfere with the signal communication between the serving access node (100-1) and the mobile terminal (200). In order to allow interference mitigation at the mobile terminal (200), the serving access node (100-1) obtains scheduling information pertaining to the signal communication to the further mobile terminal (200; 200′″). The obtained scheduling information is then forwarded to the mobile terminal (200) to be used for interference mitigation.
12 Citations
21 Claims
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1. A method for downlink signal communication from a serving access node to a first mobile terminal associated with the serving access node, the method comprising the serving access node:
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obtaining scheduling information pertaining to signal communication to a second mobile terminal; forwarding the obtained scheduling information to the first mobile terminal so as to allow for using the scheduling information for interference mitigation at the first mobile terminal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A method for downlink signal communication from a serving access node to a first mobile terminal associated with the serving access node, the method comprising the first mobile terminal:
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receiving, from the serving access node, scheduling information pertaining to signal communication to a second mobile terminal; receiving a communication signal from the serving access node; receiving an interfering signal due to the signal communication to the second mobile terminal; removing, on the basis of the received scheduling information, at least a signal portion of the interfering signal from the communication signal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal. - View Dependent Claims (13, 14)
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15. A network device configured to operate as a serving access node serving a first mobile terminal, comprising:
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a wireless interface for communication with the first mobile terminal; a processor operatively connected to the interface, the processor configured to; obtain scheduling information pertaining to signal communication to a second mobile terminal; forward, via the wireless interface, the obtained scheduling information to the first mobile terminal so as to allow for using the scheduling information for interference mitigation at the first mobile terminal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal. - View Dependent Claims (16)
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17. A first mobile terminal, comprising:
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a wireless interface configured for communication with a serving access node serving the first mobile terminal; a processor operatively connected to the interface, the processor configured to; receive, via the wireless interface, scheduling information pertaining to signal communication to a second mobile terminal; receive, via the wireless interface, a communication signal from the serving access node and an interfering signal due to the signal communication to the second mobile terminal; remove, on the basis of the received scheduling information, at least a signal portion of the interfering signal from the communication signal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal. - View Dependent Claims (18)
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19. A computer program product stored in a non-transient computer readable medium for controlling a processor of a network device, the computer program product comprising software code instructions which, when run on the processor, causes the network device to:
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obtain scheduling information pertaining to signal communication to a second mobile terminal; forward the obtained scheduling information to a first mobile terminal so as to allow for using the scheduling information for interference mitigation at the first mobile terminal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal.
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20. A computer program product stored in a non-transient computer readable medium for controlling a processor of a first mobile terminal, the computer program product comprising software code instructions which, when run on the processor, causes the mobile terminal to:
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receive, from a serving access node serving the first mobile terminal, scheduling information pertaining to signal communication to a second mobile terminal; receive a communication signal from the serving access node; receive an interfering signal due to the signal communication to the second mobile terminal; remove, on the basis of the received scheduling information, at least a signal portion of the interfering signal from the communication signal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal.
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21. A system, comprising:
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a first mobile terminal; a serving access node serving the first mobile terminal, the serving access node comprising; a wireless interface for communication with the first mobile terminal; a processor operatively connected to the interface, the processor configured to; obtain scheduling information pertaining to signal communication to a second mobile terminal; forward, via the wireless interface, the obtained scheduling information to the first mobile terminal so as to allow for using the scheduling information for interference mitigation at the first mobile terminal; the first mobile terminal comprising; a wireless interface configured for communication with the serving access node; a processor operatively connected to the interface, the processor configured to; receive, via the wireless interface, scheduling information pertaining to signal communication to a second mobile terminal; receive, via the wireless interface, a communication signal from the network device and an interfering signal due to the signal communication to the second mobile terminal; remove, on the basis of the received scheduling information, at least a signal portion of the interfering signal from the communication signal; wherein the scheduling information indicates at least one of a frequency resource allocation and a time resource allocation used for the signal communications to the second mobile terminal.
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Specification