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The use of the spatial dimension is known to greatly increase the reliability of quasi-static (non-ergodic) wireless channels. In this paper we demonstrate ...
Abstract— The use of the spatial dimension is known to greatly increase the reliability of quasi-static (non-ergodic) wireless chan-.
In this paper, we present a coding strategy for wireless relay networks where the relay nodes are small devices with few resources, while the source and sink ...
Feb 15, 2005 · The use of the spatial dimension is known to greatly increase the reliability of quasi-static (i.e., non-ergodic) wireless channels.
Nov 1, 2004 · The use of the spatial dimension is known to greatly increase the reliability of wireless channels. In this paper, we demonstrate that most ...
Cooperative communication or cooperative diversity is a technique aimed at improving the channel capacity of wireless networks, through the enhancement of ...
Missing: Collaborative | Show results with:Collaborative
In this paper, we relax such assumptions and investigate a wireless diversity system with distributed cooperation and spatially random helpers subject to random ...
Missing: Collaborative | Show results with:Collaborative
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Both techniques, cooperation and HARQ, if individually applied, significantly improve the performance of the communication system. One open question is whether ...
Missing: Collaborative | Show results with:Collaborative
Space-time diversity enhancements using collaborative communications. P ... Design and analysis of collaborative diversity protocols for wireless sensor networks.
achieve cooperative diversity in uncoded cooperative wireless networks, which suffer ... Tarokh, “Space-time diversity enhancements us- ... on Personal, Indoor and ...