1) BTMAN(BlueTooth Mobile Access Network)
蓝牙移动网络
2) Bluetooth network
蓝牙网络
1.
Bandwidth of Bluetooth network is so limited that it is an important aspect of developing Bluetooth network to make use of Bluetooth bandwidth reasonably and to assign the bandwidth efficiently.
蓝牙是一种短距离的无线通信技术,它的带宽资源非常有限,因此合理利用蓝牙网络的带宽以及有效地分配带宽资源就成为了目前蓝牙网络发展的一个重要方面。
2.
The handoff for Bluetooth network access points was a critical problem in constructing a bluetooth network.
蓝牙网络接入点切换问题是构建蓝牙网络必须考虑的关键问题,而蓝牙特点给接入点切换的实现带来了极大挑战。
3) Bluetooth Sensor Network
蓝牙传感器网络
1.
Research on Interconnection of Bluetooth Sensor Network and HSE;
蓝牙传感器网络与HSE互连的研究
4) Bluetooth Ad hoc network
蓝牙Ad hoc网络
1.
On this basis,the advantages and problems are raised when we want to construct a Bluetooth Ad hoc network.
第四,分析了两个蓝牙节点间通信的socket编程并给出验证结果,实现了基于蓝牙网络封装协议(Bluetooth Network Encapsulation Protocol,BNEP)构建蓝牙Ad hoc网络的方法,给出了实验验证系统的实测结果。
5) mobile network
移动网络
1.
High efficient security protocol for wireless mobile network;
一种高效的无线移动网络安全协议
2.
Design of the embedded system for remote transmitting data through mobile network;
基于移动网络的嵌入式远程数据终端实现
3.
Research of relative locating algorithms in mobile network;
移动网络相对定位算法研究
6) NEMO
[英]['ni:məu] [美]['nimo]
移动网络
1.
Research and Design of NEMO Software Architecture Based on MIPv6;
基于移动IPv6的移动网络软件架构的研究与设计
2.
A multi-state and self-adapting NEMO model based on MAP is presented to support Network Mobility (NEMO) efficiently.
为实现对移动网络(NEMO)的高效支持,提出了基于MAP的多态自适应NEMO模型,根据节点组成情况将NEMO分为三种状态:稳态、亚稳态、活跃态,结合移动IPv6、MAP及前缀绑定更新实现对三态的自适应支持,并设计多态NEMO通信优化算法对NEMO与外界的通信过程进行优化,提高了NEMO的整体通信效率。
3.
With the rapid development of data services, how to effectively apply the Networks Mobility (NEMO) technology to satisfy passengers needs of access to Internet has become a challenging task in the railway environment.
随着数据业务的飞速增长,在具有网络移动特征的铁路环境中,如何有效地采用移动网络(NEMO,Networks Mobility)技术满足旅客接入Internet的需求已经成为一个具有挑战性的课题。
补充资料：Bluetooth(蓝牙)
蓝牙是一种短程（2.4GHz）无线技术，用于简化网络设备之间以及设备与互联网之间的通信。它还可简化网络设备和其它计算机之间的数据同步。由于蓝牙不是为传输大流量负载而设计的，因此并不适于替代LAN或WAN。
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