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Additional Network Using Automotive Powerline Communication

机译:使用汽车电力线通信的附加网络

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This paper deals with automotive power line communication for high data rate. Today's automobiles contain many complex systems, each one incorporates a large number of electronic control units. These buses increase the number of cables and interferences. In order to reduce the total amount of cables and EMC, a potential solution is powerline communications (PLC), using multi-carrier modulation. This technique offers both high data rate and good adequacy with channel properties. In the present work, the PLC techniques has been tested in the automotive environment, and the first results seem to be very promising. An optimized modem has been simulated to reach the expected data rate.
机译:本文涉及用于高数据速率的汽车电力线通信。当今的汽车包含许多复杂的系统,每个系统都包含大量的电子控制单元。这些总线增加了电缆数量和干扰。为了减少电缆和EMC的总量,潜在的解决方案是使用多载波调制的电力线通信(PLC)。该技术既提供高数据速率,又具有信道特性的良好适应性。在当前的工作中,PLC技术已经在汽车环境中进行了测试,第一个结果似乎很有希望。已对优化的调制解调器进行了仿真,以达到预期的数据速率。

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