This paper proposes an Adaptive Joint Selective Repeat ARQ protocol for multiple wireless Markov channels.
文章提出了一种基于多个马尔可夫信道的自适应联合选择重发ARQ协议。
The stability of time transfer system is improved with Tow-State ARQ protocol, dynamic adjusting of link state and code compounding.
采用改进的双状态ARQ算法，应用链路状态动态调整、码组合等方法提高低压电力线时间传递系统的稳定性。
In order to provide reliable data transmission service on disturbed channels, a modified Go-Back-N ARQ protocol is used to retransmit data by a communication gateway.
文中介绍为了在有扰信道中提供可靠数据传输服务，通信网关在应用层使用经过改良的连续ARQ协议机制实现数据重传。
Automatic repeat request (ARQ) schemes and transport control protocol (TCP) are often used as error-control techniques at the link layer and at the transport layer, respectively.
自动重传请求(ARQ)和传输控制协议(TCP)经常被分别用作链路层和传输层的错误控制机制。
Adaptive Joint Selective Repeat ARQ, together with Multiple Acknowledgement, can serve future wireless networks as radio link protocol.
自适应联合选择重发arq和多重应答结合，可以成为未来的无线网络上数据传输协议的重要组成部分。
Adaptive Joint Selective Repeat ARQ, together with Multiple Acknowledgement, can serve future wireless networks as radio link protocol.
自适应联合选择重发arq和多重应答结合，可以成为未来的无线网络上数据传输协议的重要组成部分。
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