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Intravehicular wireless systems are attracting a lot of research interest during the last years. A future scenario where intravehicular wired systems will be replaced by wireless systems will allow to reduce cabling weight and increase the flexibility. But one of the main requirements of wireless systems is to maintain the same reliability level as the wired ones. A system based on LDM (Layered Division...
In wireless sensor networks (WSNs), the functions of data dissemination are distributing codes to destination nodes and update their function. Because of the limitation of the sensors' power in WSNs, the process of data dissemination should be reliable and quick. Considering network coding has many advantages such as strong practicality, simple operation and fitting for robust and distributed transmission,...
In this paper, we investigate the problem of network coding and media scheduling in wireless multihop networks. Unique characteristics of the wireless media, such as omnidirectional transmissions and destructive interference, as well as the limitations of wireless nodes to either transmit or receive at any given time, imply new code design constraints for wireless networks. In this work, following...
Effective capacity is a useful technique to characterize the system throughput with statistical delay-constrained quality of service (QoS) guarantees. In this paper, we integrate effective capacity theory into superposition-coding (SPC) based multicast transmission to devise the efficient channel-aware multicasting scheme in wireless networks. Specifically, we propose to optimize the effective capacity...
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