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NetworkCoding in Interference Networks
"... Abstract — This paper investigates the gains of network coding in Gaussian interference networks. The term “interference networks ” indicates networks where different users ’ transmissions effect each other’s reception in some way (i.e. interfere). Following the wellknown results for noninterferin ..."
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Abstract — This paper investigates the gains of network coding in Gaussian interference networks. The term “interference networks ” indicates networks where different users ’ transmissions effect each other’s reception in some way (i.e. interfere). Following the wellknown results for non
Gaussian interference network: Sum capacity . . .
, 2008
"... Establishing the capacity region of a Gaussian interference network is an open problem in information theory. Recent progress on this problem has led to the characterization of the capacity region of a general two user Gaussian interference channel within one bit. In this paper, we develop new, impr ..."
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Cited by 133 (5 self)
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Establishing the capacity region of a Gaussian interference network is an open problem in information theory. Recent progress on this problem has led to the characterization of the capacity region of a general two user Gaussian interference channel within one bit. In this paper, we develop new
On network coding for interference networks
 Procs. IEEE International Symposium on Information Theory (ISIT
"... Abstract — We consider a finitefield model for the wireless broadcast and additive interference network (WBAIN), both in the presence and absence of fading. We show that the singlesource unicast capacity (with extension to multicast) of a WBAIN with or without fading can be upper bounded by the cap ..."
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Cited by 21 (4 self)
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Abstract — We consider a finitefield model for the wireless broadcast and additive interference network (WBAIN), both in the presence and absence of fading. We show that the singlesource unicast capacity (with extension to multicast) of a WBAIN with or without fading can be upper bounded
On Cognitive Interference Networks
 ArXiv eprints
, 2007
"... Abstract — We study the highpower asymptotic behavior of the sumrate capacity of multiuser interference networks with an equal number of transmitters and receivers. We assume that each transmitter is cognizant of the message it wishes to convey to its corresponding receiver and also of the messag ..."
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Cited by 12 (4 self)
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Abstract — We study the highpower asymptotic behavior of the sumrate capacity of multiuser interference networks with an equal number of transmitters and receivers. We assume that each transmitter is cognizant of the message it wishes to convey to its corresponding receiver and also
Cooperation in Interference Networks
"... In this tutorial paper, we focus on the rate improvements in wireless peertopeer networks when users cooperate. We consider pairs of uncoordinated sources and destinations that compete for the same bandwidth. When simultaneous transmissions occur, users experience interference. Orthogonalization t ..."
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In this tutorial paper, we focus on the rate improvements in wireless peertopeer networks when users cooperate. We consider pairs of uncoordinated sources and destinations that compete for the same bandwidth. When simultaneous transmissions occur, users experience interference. Orthogonalization
The ergodic capacity of interference networks
 IEEE Transactions on Information Theory
"... We identify the role of equal strength interference links as bottlenecks on the ergodic sum capacity of a network. It is shown that even though there are K(K − 1) crosslinks, only about K/2 disjoint and equal strength interference links suffice to determine the capacity of the network regardless of ..."
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Cited by 11 (5 self)
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We identify the role of equal strength interference links as bottlenecks on the ergodic sum capacity of a network. It is shown that even though there are K(K − 1) crosslinks, only about K/2 disjoint and equal strength interference links suffice to determine the capacity of the network regardless
The capacity of wireless networks
 IEEE TRANSACTIONS ON INFORMATION THEORY
, 2000
"... When n identical randomly located nodes, each capable of transmitting at bits per second and using a fixed range, form a wireless network, the throughput @ A obtainable by each node for a randomly chosen destination is 2 bits per second under a noninterference protocol. If the nodes are optimally p ..."
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Cited by 3240 (43 self)
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When n identical randomly located nodes, each capable of transmitting at bits per second and using a fixed range, form a wireless network, the throughput @ A obtainable by each node for a randomly chosen destination is 2 bits per second under a noninterference protocol. If the nodes are optimally
Constructing MinimumInterference Networks ∗
, 2007
"... A wireless adhoc network can be represented as a graph in which the nodes represent wireless devices, and the links represent pairs of nodes that communicate directly by means of radio signals. The interference caused by a link between two nodes u and v can be defined as the number of other nodes t ..."
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Cited by 5 (0 self)
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A wireless adhoc network can be represented as a graph in which the nodes represent wireless devices, and the links represent pairs of nodes that communicate directly by means of radio signals. The interference caused by a link between two nodes u and v can be defined as the number of other nodes
Transmission Techniques for RelayInterference Networks
, 812
"... Abstract — In this paper we study the relayinterference wireless network, in which relay (helper) nodes are to facilitate competing information flows over a wireless network. We examine this in the context of a deterministic wireless interaction model, which eliminates the channel noise and focuses ..."
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Cited by 26 (6 self)
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Abstract — In this paper we study the relayinterference wireless network, in which relay (helper) nodes are to facilitate competing information flows over a wireless network. We examine this in the context of a deterministic wireless interaction model, which eliminates the channel noise
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