In multi-hop Ad hoc network based on IEEE 802.11, Frequent collision in MAC layer influences TCP performance.

As in Ad hoc network, route is an important part in wireless Mesh network.

正如AdHoc网络一样, 无线Mesh网络中的路由是它的一项关键技术.

Adaptive routing algorithms must be designed to solve the routing question in Ad Hoc networks.

必须采用合适的路由算法以解决AdHoc网络中的路由选择问题.

DSR ( Dynamic Source Routing ) protocol is a representative of on-demand Ad Hoc routing protocols.

动态源路由 ( DSR,DynamicSourceRouting ) 协议是典型的按需AdHoc路由协议.

With the increasing need of Multimedia services in Ad Hoc networks, providing QoS support is proposed.

随着AdHoc网络 传输多媒体业务需求的增加, 相应地提出了服务质量(QoS)的要求.

Then elaborate the NS 2 realization frame and the essential technology of Ad Hoc network cluster algorithm.

然后阐述了移动AdHoc网络分簇路由协议的NS2实现框架以及关键技术.

The thesis gives a review of problems in the IEEE 802.11 MAC Ad Hoc network.

论文综述了IEEE802.11MAC协议应用于AdHoc网络时存在的问题.

Introducing the concept, characteristic and application of Ad Hoc network.

介绍无线Adhoc网络的概念 、 特点和应用.

The preexistence of mobile Ad Hoc network is packet radio network.

AdHoc网络的前身是分组无线网(PacketRadioNetwork).

This method can be used to pipes of two-phase adiabatic flow.

该方法适合各类双相绝热流动管系的设计和计算.

Assume that atmosphere is made of diatom ideal gas in adiabatic equilibrium.

大气可看成绝热平衡下的双原子理想气体.

The limit on thermodynamics for gas cooling is the adiabatic saturation temperatures.

煤气冷却的热力学极限是绝热饱和温度.

In some delivery systems, NF 3 may be subjected to adiabatic compression.

在一些传输系统里, NF3可能受到绝热压缩.

Time-dependent Perturbation Theory. Transition probability. Adiabatic theorem revisited. Sinusoidal perturbations.

含时微扰论. 跃迁几率, 重温绝热理论,正旋扰动.

Subsequently adiabatic condition about two states system is obtained.

随后对二能级系统的绝热条件提出了自己的见解.

Adiabatic temperature rise is measured by concrete adiabatic temperature measuring device.

方法利用混凝土绝热温升仪测试混凝土绝热温升.

There are two type of adiabatic shear bands theand the transformed bands.

结果表明,在快速加载条件下材料中有绝热剪切带生成.

In an adiabatic process no heat is allowed to enter or leave the system.

在绝热过程中,不容许热量进入或离开系统.

In an adiabatic system, this heat release serves to increase the chamber temperature.

在一绝热系统中, 放出的热量增加了燃烧室的温度.

This kind of expansion, made without adding heat, is called an adiabatic expansion.

我们把这种不加进热量的膨胀称为绝热膨胀.

Such reactions are called non-adiabatic.

这种反应叫做 非 绝热反应.