| 1. | Packet radio network
分组无线网 |
| 2. | Packet radio network
分组无线网 |
| 3. | A multi - service transmission protocol for the high speed packet radio network and its performance
应用于高速分组无线网的一种多业务传输协议 |
| 4. | Studies and implements a destruction resistant radio r outing protocol to be used in a mobile packet radio network
研究和实现在移动分组无线网中的抗毁式路由协议。 |
| 5. | This r adio routing protocol is available for mobile packet radio network with the need of destruction resistance
此无线路由协议适用于移动分组无线网的抗毁性要求。 |
| 6. | The paper shows the design and implementation of the software and hardware of the network node controller in a new packet radio network . the controller serves as the network sublayer and data link layer device of the packet radio network
本文介绍了正在研制中的新型分组无线网节点控制器的软硬件设计与实现，该节点控制器用于完成分组无线网网络子层和数据链路层的功能。 |
| 7. | Packet radio network ( prnet ) attracts a great attention in military domain because of its self - organizing and self - recovering capability . as a major means of military communication , prnet possesses some advantages that other communication means doses not have
分组无线网以其自组织、自恢复能力在军事上得到极大的关注，作为战场上的主要通信手段之一，分组无线网正发挥着其他通信方式无法媲美的优势。 |
| 8. | Analysis and simulation results show that the proposed pb - abfma protocols can effectively support the application of smart antennas and provide high channel utilization and low turn - around delay . in chapter 4 , we study employing smart antennas in the basestation of packet radio networks
结果表明， pb - abfma协议能够有效支持智能天线应用并具有较高的信道利用率与良好的时延性能，其简单有效的碰撞分解算法能保证新用户快速接入信道。 |
| 9. | Packet radio network ( prn ) has been widely used due to its own intrinsic advantages . with the rapid growth of internet over the world , it is an inevitable trend to conduct the research on the interconnection between the prn and internet
分组无线网以其自身的优势得到了广泛的应用，随着internet在世界范围的迅速普及，以分组无线网的方式来支持internet上的信息传输就成为一种不可避免的趋势，本文首先介绍了分组无线网网络结构，子网节点和网关节点的构成及功能。 |
| 10. | Firstly , this paper deals with two topology exchanging protocols and algorithms for packet radio network , which are based on the troditional link status algorithm and have some changes . secondly , a routing algorithm is presented in this paper , which applys to caculating the best route for unicast and multicast transmission under different routing modes . finally , the paper shows some problems and solvements for network management , and some unsolved problems of this system are also discussed
首先，本文讨论了两种是在传统的链路状态法基础上作了改进而得到的拓扑交换协议与算法：其次，提出了一种路由算法，该算法可用于在多种路由方式下完成单播、多播传送的最佳路由的计算；最后，讨论了网络管理中存在的一些问题和解决方案，并对系统有待解决的问题进行了讨论。 |
