论文标题
开发并发编码：适用于可见光通信的非常规编码方案
Developing Concurrent Coding: An unconventional encoding scheme applied to visible light communications
论文作者
论文摘要
最近已经证明了一种称为同时编码的非常规编码方案，与传统技术相比，它具有有趣的功能和好处，例如稳健性抵抗爆发误差和提高传输功率的效率。该概念首次通过光学通信进行了证明，其中标准发光二极管（LED）已用于传输与并发编码编码的信息。尽管不可预测的中断向传输导致检测到的信号显着辍学，但该技术还是成功地传输和解码数据。该技术还显示了如何隔离发送单个数据块，而发射器和接收器之间不需要预先同步的数据，并且没有附加到传输的特定同步序列。这项工作还首次成功使用了多线程（覆盖）并发代码
An unconventional encoding scheme called concurrent coding, has recently been demonstrated and shown to offer interesting features and benefits in comparison to conventional techniques, e.g. robustness against burst errors and improved efficiency of transmitted power. This concept has been demonstrated for the first time with optical communications where standard light emitting diodes (LEDs) have been used to transmit information encoded with concurrent coding. The technique successfully transmits and decodes data despite unpredictable interruptions to the transmission causing significant drop-outs to the detected signal. The technique also shows how it is possible to send a single block of data in isolation with no pre-synchronisation required between transmitter and receiver, and no specific synchronisation sequence appended to the transmission. This work also demonstrates for the first time the successful use of multithreaded (overlaid) concurrent codes
