1.
Research and Implement of High Reliability On-board ATM Switch;
高可靠星载ATM交换机的研究与实现
2.
Verification of ATM Fabric s Behavior Using SPIN;
基于SPIN的ATM交换机行为的验证
3.
Design and Implementation of a 5Gbps ATM Switch Fabric;
5Gbps ATM交换网络的设计与实现
4.
Research and Implementation of Key Technologies in Onboard ATM Switching Systems;
星载ATM交换系统关键技术的研究与实现
5.
Simulation Modeling and Performance Analyses of ATM Switches;
ATM交换机缓存策略的仿真建模和性能分析
6.
Research and Implementation of Buffer Management Algorithms in ATM Switch Supporting Quality of Service;
支持QoS的ATM交换缓冲管理算法研究与实现
7.
Design and Implementation of a Large Capacity ATM Switching Module Based on FPGA;
基于FPGA的大容量ATM交换模块的设计与实现
8.
The Design and Implementation of Cell Preprocess Based on FPGA
基于FPGA设计与实现ATM交换机信元预处理
9.
The most often used switching technology for the broadband information highway is asynchronous transfer mode, or ATM switching.
宽带信息高速公路上最常用的交换技术是异步传输模式，即ATM交换。
10.
Research and Realization of ATM Switch Unit of Fast Lookup Table Based on Knockout Switch Fabric;
基于knockout交换结构的快速查表ATM交换单元的研究与实现
11.
Each ATM switch negotiates with the next switch until a path is found that guarantees the requested bandwidth.
每个ATM交换机都要与下一个交换机进行谈判，直到能确保所要求带宽的通道找到为止。
12.
Many industry observers are predicting that ATM switching will become prevalent as a high-speed backbone technology in late 1996 or early 1997.
很多工业观察家预言，到96年末或97年初，ATM交换将成为一种流行的高速主干技术。
13.
Onboard ATM Unicast and Multicast Combined Switching Fabric Based on Ant Colony Optimization
基于蚁群算法的星上ATM单组播并行交换结构
14.
The Research on Congestion Control Algorithm of ABR Service in ATM Network and Application in Switch;
基于ABR业务的ATM网络拥塞控制算法研究及其在交换机中的应用
15.
In packet networks, ATM, frame relay and IP organize and transmit data in collections of bytes, or packets.
在包交换网中，ATM、帧中继和IP是以字节的集合（即包）来组织和发送数据的。
16.
Then, ATM started losing ground in campus backbones, as Gigabit Ethernet and Layer 3 switching came to the fore.
其次，ATM也开始在校园主干网方面丢失阵地，因为千兆位以太网和第三层交换走到了前面。
17.
The ATM network edge device must be particularly adept at handling MPEG switching and jitter management to compensate for propagation delays in the network.
ATM络边缘设备必须特别适应处理MPEG交换和抖动管理，以补偿网络中传播延迟。
18.
But why is availability an issue in today's packet networks that deliver ATM, frame relay or IP services?
但是为什么在今天提供ATM、帧中继或IP服务的包交换网中可用性成了一个问题？