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Networks Employing Distributed Space-Time Codes
"... of cooperative wireless networks employing distributed space-time codes, ” in Proc. IEEE ..."
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of cooperative wireless networks employing distributed space-time codes, ” in Proc. IEEE
Distributed Space-Time Coding
"... All in-text references underlined in blue are linked to publications on ResearchGate, letting you access and read them immediately. ..."
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All in-text references underlined in blue are linked to publications on ResearchGate, letting you access and read them immediately.
Distributed Space-Time Codes with Reduced Decoding Complexity
"... Abstract — We address the problem of distributed space-time coding with reduced decoding complexity for wireless relay network. The transmission protocol follows a two-hop model wherein the source transmits a vector in the first hop and in the second hop the relays transmit a vector, which is a tran ..."
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Abstract — We address the problem of distributed space-time coding with reduced decoding complexity for wireless relay network. The transmission protocol follows a two-hop model wherein the source transmits a vector in the first hop and in the second hop the relays transmit a vector, which is a
A Cooperative MAC for Distributed Space-Time Coding in an
- IEEE 802.16 Network,” in Proc., IEEE International Workshop on Cooperative Wireless Communications and Networking
, 2008
"... communication is being considered as an advanced technique to increase the throughput and improve the signal quality. In a cooperative scenario, multiple stations can jointly emulate the antenna elements of a multi-input multi-output (MIMO) system in a distributed fashion. Unlike conventional space- ..."
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Cited by 1 (1 self)
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coding (STC) mechanisms used by a IEEE 802.16e antenna array, distributed space-time coding (DSTC) is employed across the cooperating stations to achieve a higher spatial diversity gain. In this paper, we present the framework for DSTC in the emerging relay-assisted WiMAX network, and develop a
Distributed Space-Time Codes with Reduced Decoding Complexity
"... Abstract — We address the problem of distributed space-time coding with reduced decoding complexity for wireless relay network. The transmission protocol follows a two-hop model wherein the source transmits a vector in the first hop and in the second hop the relays transmit a vector, which is a tran ..."
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Abstract — We address the problem of distributed space-time coding with reduced decoding complexity for wireless relay network. The transmission protocol follows a two-hop model wherein the source transmits a vector in the first hop and in the second hop the relays transmit a vector, which is a
Cooperative MIMO with Randomized Distributed Space-Time Coding
"... Description Document (SDD) on the topic of uplink MIMO schemes Abstract This contribution proposes cooperative MIMO with randomized distributed space-time coding (R-DSTC) for the 802.16m system description document (SDD). Purpose To incorporate cooperative MIMO with R-DSTC proposed herein into the I ..."
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Description Document (SDD) on the topic of uplink MIMO schemes Abstract This contribution proposes cooperative MIMO with randomized distributed space-time coding (R-DSTC) for the 802.16m system description document (SDD). Purpose To incorporate cooperative MIMO with R-DSTC proposed herein
Distributed space-time coding in wireless relay networks,”IEEE Trans.
- on Wireless Communications,
, 2006
"... Abstract In this paper, we present a coding strategy for half duplex wireless relay networks, where we assume no channel knowledge at any of the transmitter, receiver or relays. The coding scheme uses distributed space-time coding, that is, the relay nodes cooperate to encode the transmitted signal ..."
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Cited by 225 (16 self)
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Abstract In this paper, we present a coding strategy for half duplex wireless relay networks, where we assume no channel knowledge at any of the transmitter, receiver or relays. The coding scheme uses distributed space-time coding, that is, the relay nodes cooperate to encode the transmitted
Distributed space-time-coded protocols for exploiting cooperative diversity in wireless networks
- IEEE TRANS. INF. THEORY
, 2003
"... We develop and analyze space–time coded cooperative diversity protocols for combating multipath fading across multiple protocol layers in a wireless network. The protocols exploit spatial diversity available among a collection of distributed terminals that relay messages for one another in such a m ..."
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Cited by 622 (5 self)
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We develop and analyze space–time coded cooperative diversity protocols for combating multipath fading across multiple protocol layers in a wireless network. The protocols exploit spatial diversity available among a collection of distributed terminals that relay messages for one another in such a
Synchronization-Aware Distributed Space-Time Codes in Wireless Relay Networks
"... Abstract — In this paper, we consider the design of synchronization-aware distributed space-time codes, which we denote as diagonal distributed space-time codes (DDSTC), for N relay nodes helping the source. We impose the diagonal structure of the distributed space-time code to simplify synchronizat ..."
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Cited by 1 (1 self)
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Abstract — In this paper, we consider the design of synchronization-aware distributed space-time codes, which we denote as diagonal distributed space-time codes (DDSTC), for N relay nodes helping the source. We impose the diagonal structure of the distributed space-time code to simplify
Research Article Censored Distributed Space-Time Coding for Wireless Sensor Networks
, 2007
"... We consider the application of distributed space-time coding in wireless sensor networks (WSNs). In particular, sensors use a common noncoherent distributed space-time block code (DSTBC) to forward their local decisions to the fusion center (FC) which makes the final decision. We show that the perfo ..."
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We consider the application of distributed space-time coding in wireless sensor networks (WSNs). In particular, sensors use a common noncoherent distributed space-time block code (DSTBC) to forward their local decisions to the fusion center (FC) which makes the final decision. We show
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