1) Wireless access
无线接入
1.
Design of Embedded Wireless Access System Based on XSCALE and CDMA1X;
基于XSCALE和CDMA1X的嵌入式无线接入系统设计
2.
The practical scheme of remote wireless access telecommunication of moving strong earthquake observation;
流动强震观测无线接入远程通信实用方案
3.
New wireless access technology-SCDMA;
新型无线接入技术-SCDMA
2) radio access
无线接入
1.
And the basic functional architecture of RT is designed,so that RT could communicate with different kinds of radio access networks(RANs).
本文给出了多模可重构终端(RT)的概念,并且设计了RT的基本功能结构模型,使其能够与各类异种无线接入网络(RANs)进行通信。
2.
Secondly,the optimal radio access network(RAN) and radio access technology(RAT) is supposed to be selected for the user.
本论文的主要研究内容是终端可重构,即要求用户终端能够根据周围无线通信环境和业务的需求,选择最佳的无线接入网络(RAN:Radio Access Network)和技术,采用软件无线电技术完成自身的重新配置,使得用户能够在任何时间、任何地点实现最佳的无线接入与通信。
3) wireless connection
无线接入
1.
With railway automatic door as example for illustration, technology realization of each part of the system is also expounded in this paper, including construction of on-site monitoring network wireless connection between monitored site and remote network.
针对移动性设备,提出了一种远程监控系统的体系结构,并结合轨道交通自动门这一具体设备的远程监控阐述了系统各部分的技术实现,包括现场监控网络的构建、监控现场到远程网络的无线接入方法、监控信息的远程传输方法。
4) wireless connector
无线接入器
5) wireless access networks
无线接入网
1.
Proportional bandwidth allocation for IEEE 802.16 broadband wireless access networks;
IEEE 802.16宽带无线接入网的成比例带宽分配
2.
A micro-mobility scheme in MPLS-based wireless access networks;
一种基于MPLS的无线接入网微移动方案
6) Wireless Access Point
无线接入点
1.
Research on wireless access point supporting mobile IP and its design;
支持移动IP的无线接入点研究与设计
2.
Design and implementation of wireless access point hardware platform based on FPGA;
基于FPGA的无线接入点硬件平台的设计与实现
3.
Based on the conventional mobile IP theory,some modification is made to separate out most functions of mobile agent from wireless access point so that rapid and accurate transfer between MN(mobile node) and wireless access point,the roaming function of MN in different LANs,and good communication between LAN and WLAN are realized.
研究并继承了传统移动IP的思想,并对其进行了一定的修改,将移动代理大部分职能与无线接入点进行分离,实现了移动节点与无线接入点之间快速正确切换的功能,在不同的网段中移动时实现了漫游功能,并且实现了有、无线网络的连接畅通。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
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