在无线电噪声环境里，利用基于每秒1600跳跳频表的分组交换协议可以提高系统性能。
Uses packet switching protocol based on frequency hop scheme with 1600 hops/s to enable high performance in noisy radio environments .
无线分组网中，由于需要利用电台收发数据，于是在DTE的数据链路层中加入电台协议，保证DTE与电台的通信正常进行是需要解决的基本问题。
In wireless packet networks, because we need radio to receive or send data, so a basic problem is how to attach radio protocol to DTE's data link layer and assure communication running well.
注意，所有这些协议都是基于分组的协议，经过优化以便通过有限的带宽和间隔的连通性在无线网络上运行。
Note that all of these protocols are packet-based protocols that have been optimized to function over a wireless network with limited bandwidth and intermittent connectivity.
提出了一种采用按需路由发现策略的移动分组无线网路由协议。
This paper proposes a routing protocol utilizing on-demand routing strategy for mobile packet radio network.
提出了用于移动分组无线网的多播路由协议。
This paper proposes a multicast protocol for mobile packet radio network .
在移动分组无线网环境中，多播路由协议起着非常重要的作用。
Multicast protocol plays an important role in a mobile packet radio network environment.
此无线路由协议适用于移动分组无线网的抗毁性要求。
This radio routing protocol is available for mobile packet radio network with the need of destruction resistance.
为了在无线蜂窝网中实现综合业务，本文提出了基于分组优先级的多址接入控制协议(PPBMA)，该协议能有效地实现综合业务在无线蜂窝网中的传输。
This paper presents a multiple access control protocol (PPBMA) for wireless cellular network, which is based on packet priority, and ISDN services can be easily implemented.
研究和实现在移动分组无线网中的抗毁式路由协议。
Studies and implements a destruction resistant radio routing protocol to be used in a mobile packet radio network.
这些不同的分组流将具有相似或相同无线电链路协议(RLP)的分组相关联以达成对此类相关分组必要的检错。
The different packet flows associate packets having similar or identical radio link protocols (RLPs) in order to achieve the necessary error detection for such related packets.
提出了基于AX.25协议构成分组无线网的方案，给出了基于AX . 25协议的终端结点控制器(tnc)的硬件和软件实现方法。
It also introduces a scheme of packet radio networks using the AX. 25 protocol and proposes a way to implement the hardware and software of the terminal node controller (TNC).
提出了基于AX.25协议构成分组无线网的方案，给出了基于AX . 25协议的终端结点控制器(tnc)的硬件和软件实现方法。
It also introduces a scheme of packet radio networks using the AX. 25 protocol and proposes a way to implement the hardware and software of the terminal node controller (TNC).
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