1) channel processing delay difference
通道延时差异
2) delay variation
时延差异
1.
Scheme for scaleable optimization based on Iterating for delay variation;
一种基于时延差异目标迭代的变尺度优化方法
2.
This paper puts forward the CCLDA(Cost Constrained Least Delay Algorithm) based on Dijkstra Algorithm and MCP_IA,and then applies it to the DDVCA(Delay and Delay variation Constrained Algorithm) and gives code about the algorithm which is more situble for applications) so as not only to satisfy the delay and delay variation constraint but also to reduce the multicast tree cost.
基于Dijkstra算法和MCP_IA算法,提出了一种耗费受限的最短时延路径算法(CCLDA),并将其应用于时延和时延差异受限的算法(DDVCA),并给出了算法实现的伪代码,不仅满足了时延和时延差异限制,而且降低了最终所得的组播树的耗费,更能满足现实需要。
3.
And then it is applied to DDVCA(Delay and Delay variation Constrained Algorithm)in order not only to satisfy the delay and delay variation constraint but also to reduce the multicast tree cost.
基于Dijstra算法和MCP_IA算法1,该文提出了一种耗费受限的的最短时延路径CCLDA算法,并将其应用于时延和时延差异受限DDVCA算法,不仅满足了时延和时延差异限制,而且降低了最终所得组播树的耗费。
3) channel delay
通道延时
1.
The device can simulate three main transmission impairments in the factual transmission of fiber optic channel,channel delay,channel bit error,channel interruption,provide a convenient instrument to check and measure the protections’performance of relay equipment with the above three impairments.
介绍了研制的线路纵差保护光纤通道模拟装置,该装置可以模拟光纤通道实际传输中主要的3种损伤:通道延时、通道误码和通道中断,为检查继电保护设备在通信通道的各种传输损伤下的工作情况和指标测试提供了方便灵活的手段,解决了光差保护在开发、检测、试验中缺乏对通道性能考核手段的难题。
2.
correspondence between the differential protections at the two ends of the line in the designed message frame format;the communication channel delay in calculating and storing each message frame;judgment of the stability of channel delay according to the criterion inequality.
介绍了一种线路纵联差动保护的通道监测新方法,包括如下步骤:线路两侧差动保护装置按设计的报文帧格式相互通信;计算并存储每一帧报文传送的通道延时;根据判据不等式判断通道延时的稳定性,若通道延时满足判据不等式则判为通道运行不稳定,闭锁保护功能。
4) delay channel
延时通道
5) Delay between channels
通道间延迟时间差
6) delay of channels
通道间延时
1.
One simple and useful calibration method to evaluate the delay of channels of data acquisition system is introduced in this paper.
本文介绍了数据采集系统通道间延时的一种简单实用的评价方法,讨论了评价过程的误差来源,以及减小其评价误差的几种对策;同时,给出了评价过程的计算机仿真结果。
补充资料:M67式延时杀伤手榴弹
概述
m67式延时杀伤手榴弹是在m33式防御型手榴弹基础上改进而成的,与m33式不同之处是多了一个保险夹。目前,该弹作为美陆军标准手榴弹之一种,仍在装备使用,且主要用于防御作战时杀伤有生目标。
结构特点
m67式手榴弹由弹体和引信组成。球形弹体用钢材制成,内装b炸药。引信为m213式延期引信。引信保险机构上增加一保险夹,可防止保险销被意外拉出,从而避免事故的发生,保险夹呈s形,用弹簧钢丝制成,一端套在引信体上,另一端夹住保险杆。使用时,卸掉保险夹后才能拔出保险销。
球形弹体是爆炸型弹最理想的弹体形状,弹体爆炸后破片分布均匀。
性能数据
弹径----63.5mm
全弹长----89.7mm
全弹质量----390g
弹体材料----钢
装药类型----b炸药
装药质量----180g
引信类型----m213式延期
延期时间----4~5s
有效杀伤半径----15m
投掷距离----40m
说明:补充资料仅用于学习参考,请勿用于其它任何用途。