2) representation of road network
路网表达
3) surface deflection
路表弯沉
1.
Road surface deflection analysis under moving load;
移动荷载下路表弯沉响应分析
2.
Using 3-D numerical simulation, this paper reports the impact of pavement structural module on pavement surface deflection, compressive stress and tensile stress at the bottom of surface and base respectively.
从三维数值分析的角度 ,分别从路表弯沉、面层和基层内的压应力及拉应力等方面说明了结构层模量及基层条件对路面结构力学响应的影响。
3.
The multi-index system including the surface deflection,the flexural-tensile stress at the bottom of semi-rigid base,and the rutting,were taken,when designed of heavy load pavement,to build up the formula for axle load conversion based on deflection,flexural-tensile stress and rutting,respectively,thus providing a reliable method for design of heavy load pavement.
在重载道路路面设计时采用路表弯沉、半刚性基层层底弯拉应力及车辙多指标体系,分别建立了以弯沉、弯拉及车辙等效的轴载换算公式,为重载路面的设计提供了一种可靠的设计方法。
4) route table
路由表
1.
This algorithm limited route between the same level nodes,reduced wireless inessential data exchange of the network and the route table divide into up and down routes tables,so that mitigated the request for the computation ability of especial equipments.
由于该算法限制同层节点之间的路由,所以减少了无线自组网与当前应用无关的信息交换量;同时将通常的路由表区分为上行和下行两个路由表,减少了路由运算所需的代码空间和时间,适应了特定的嵌入式系统对计算能力的限制。
2.
A relay topology was put forward based on the features of seismic acquisition system,and the key point of network protocol based on this architecture was also given,in which the generation of route table and dynamic IP address assign were discussed with emphasis.
针对分布式地震数据采集系统的特点,提出了一种接力式的网络拓扑结构,给出了基于该拓扑结构的网络协议设计要点,并着重讨论了其中IP的动态分配和路由表的建立方法。
3.
A relay topology is given based on the features of seismic acquisition system, and the key point of network protocol based on this architecture is given, in which the generation of route table and dynamic IP address allocation methodology are emphatically discussed.
将以太网技术应用于可控震源地震数据采集系统,以解决可控震源地震数据采集中的数据传输瓶颈,并针对可控震源地震数据采集系统的特点,提出了一种接力式的网络拓扑结构,给出了基于该拓扑结构的网络协议设计要点,着重讨论了其中IP的动态分配和路由表的建立方法。
6) routing lookup
路由查表
1.
However traditional line card routing lookup and forwarding routing lookup mechanism will consume immense system resource and don t satisfy high speed routing lookup.
本文通过比较IPv4和IPv6线卡查表和转发查表,指出了传统查表机制在路由器支持IPv6的情况下的弊端,提出了一种路由查表机制的设计思想,并进行了系统仿真,其结果表明:该系统既节省系统资源,又提高了系统速度。
2.
This paper analyzes the difficulty of routing lookup and presents a survey of various kinds of lookup algorithms and compare s them in details.
查找路由表以给出下一跳地址是路由器中分组转发的核心步骤,因此快速的路由查表算法是实现高速分组转发的关键。
补充资料：阿斯曼通风干湿表(见通风干湿表)
阿斯曼通风干湿表(见通风干湿表)
AS iman tongfeng ganshibiao阿斯曼通风干湿表见通风干湿表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条