The International Telecommunications Union (ITU) recommends a maximum 150-millisecond one-way end-to-end delay.
国际通信联合会(ITU)推荐最大150毫秒的单向端到端延迟。
This paper studies the problem of multicast routing with end-to-end delay constraint in packet-switched computer networks.
该文探讨了包交换计算机网络中，具有端到端时延限制的多播路由问题。
The simulation results indicate that the proposed protocol in mobile ad hoc networks can prolong the network lifetime, decrease the end-to-end delay and improve the network throughput ratio.
仿真结果表明，在移动自组织网络中，该能量有效的跨层协议不但能延长网络的生存时间，减少端到端延迟，而且可以提高网络吞吐率。
The end-to-end delay of the method was analyzed and the delay is bounded in real-time nodes.
分析了该方法端到端的延迟，对实时节点该延迟是有界的。
These schemes help the network to achieve high throughput, low drop rate and short end to end delay.
这些研究成果为实现网络的高吞吐率、低丢包率、短时延做出了重要的贡献。
A new heuristic algorithm is presented for constructing low-cost multicast tree with end-to-end delay constraints.
提出了一种满足端到端时延限制的低代价多播路由算法。
The transmission delay of CAN bus is analyzed and the main factors affecting its end-to-end delay are pointed out.
对CAN总线传输时延进行分析，指出影响CAN总线端到端时延的主要因素。
However, related researches show that the path with minimum hops can't provide the minimum end to end delay guarantee.
相关研究表明，最小跳数的路径并不能保证最小的端到端延迟。
Each new node can use different metrics such as number of hops, end-to-end delay, available bandwidth in selecting parent nodes.
每个节点在进行父节点的选择时，可以使用不同的标准，如路径跳数、端到端延时、端到端可用带宽。
NDSR protocol can improve the packet delivery ratio and reduce end to end delay compared to SIMR in the dense and fast motion network.
在节点密度较大且节点运动速度较快的网络中，与SIMR协议相比，NDSR协议能提高网络的分组投递率，减少端到端时延。
The simulation results show that LDSR protocol can improve the packet delivery ratio and reduce end to end delay compared to SIMR in the sparse and fast motion network.
仿真结果表明，在节点密度较稀疏且节点运动速度较快的网络中，与SIMR协议相比，LDSR协议能提高网络的分组投递率，减少端到端时延。
This paper researches the problem of minimization of delay variation under the multicast end-to-end delay bounded and presents an efficient multicast routing algorithm.
研究多播端到端时延受限条件下的最优时延抖动问题，提出一种有效的多播路由算法。
The simulation results show that the proposed scheme can effectively reduce the average end-to-end delay, mitigate packet dropped ratio, and improve fairness of channel access.
仿真结果表明，提出的机制有效地降低了平均端到端时延和数据丢包率，提高了信道接入公平性。
The performance analysis illustrates some advantages obtained by using least load routes, such as decreasing end-to-end delay, packet loss ratio and length of interface queues.
性能分析结果表明，该算法能够减轻节点拥塞，降低端到端时延，减小分组丢失率。
Performance results reveal that the new routing protocol performs better than the GPSR in term of average end-to-end delay, aggregate throughput and average delivery success rate.
实验结果表明，新的路由协议在平均的端到端时延、吞吐量和包传送率方面优于GPSR。
Performance results reveal that the new routing protocol performs better than the GPSR in term of average end-to-end delay, aggregate throughput and average delivery success rate.
实验结果表明，新的路由协议在平均的端到端时延、吞吐量和包传送率方面优于GPSR。
应用推荐