2) address forwarding table
地址转发表
1.
Network link layer topology discovery algorithm based on address forwarding table
基于地址转发表的链路层拓扑发现算法
2.
This technique interprets the address forwarding tables (AFTs) as a set of predicate formulas and translates the topology discovery into a mathematic problem of logic reasoning, so that the topology discovery can be studied by resorting to mathematic tools.
该方法把交换机地址转发表翻译为一组谓词公式,把拓扑发现问题转变为一个谓词逻辑推理的数学问题,借助数学工具对拓扑发现问题进行研究。
3.
In this article, based on the general address forwarding table, a topology discovery algorithm which is adaptable to physical topology with shared segment is defined and the correctness of it is proved.
根据交换机通用地址转发表信息,提出了一种适应存在共享网段的物理网络拓扑发现算法,证明了该算法的正确性。
3) address translation
地址转换
1.
The paper introduces the operation method of MMU in TONGXINⅠ which is a TD-SCDMA baseband ASIC including address translation and cache control.
介绍了存储管理单元在TD-SCDMA基带专用芯片“通芯一号”中的工作原理,包括地址转换及高速缓存的控制。
2.
This paper presented a new security technology-honeyfarm based on large scale distributed network,and proposed the IP address translation algorithm under honeyfarm architecture, which achieved dynamic address mapping between the honeypot host and the monitored IP address,and increased the security of the honeyfarm architecture and the utilization of the honeypot host.
主要介绍了一种新兴的基于大规模分布式网络的安全技术——蜜场,并提出了在蜜场体系结构下的IP地址转换算法,实现蜜罐主机与受监控IP地址的动态映射,而且提高了蜜场体系的安全性和蜜罐主机的利用率。
3.
Through to the network load balancing technology research and analysis,a kind of the network that have dual dispatch mechanism and have buffer capacity expandable is designed and realized by useing dns round-robin,net address translation and net load balance cluster technical,which solved the question that the network service load balance,the response time,the turnover rate and the reliable.
通过对网络负载均衡技术的研究,采用DNS轮序、网络地址转换和网络负载均衡群集技术,设计并实现了一种具有外、内网双重调度机制和具有缓冲能力的可伸缩网络,解决了网络服务的负载均衡、响应时间、吞吐率和可靠性问题。
4) care-of address
转交地址
1.
In MIPv6,configuration of Care-of Address(CoA) has direct influence on handover performance of mobile IP.
MIPv6中转交地址的配置直接影响移动IP的切换性能,通常采用无状态地址自动配置,在实际应用中难以有效管理且安全性较差。
5) NAT
地址转换
1.
Application and Achievement of NAT;
网络地址转换技术的应用与实现
2.
Described a method of building up a small business LAN with ISDN router, including firewall technology, NAT technology, Data flowcontrol.
介绍了一种利用ＩＳＤＮ路由器组建小型企业网的方法，并对其中的防火墙技术、地址转换技术、数据流量控制技术作了较详细的分析，具有较强的通用性。
3.
This artical suggests that we can use the multi-interface of Cisco Router ,and at the same time,use NAT.
为提高网络性能,解决地址不够用问题,可以采用在Cisco路由器上多接口,同时使用NAT(地址转换),使用策略路由根据目的地址实现分
6) network address translation
地址转换
1.
By use of the policy routing technique and combined with the network address translation technique the solution of the multi-interface connection in the campus network is presented.
分析了高校网络的应用现状,利用策略路由技术并结合网络地址转换技术,提出了高校校园网具有多出口接入方式下的解决方案。
补充资料：通信转发器
将地球站(或飞行器)发来的通信信号经过放大、变频后再发向其他地球站（或飞行器）的无线电电子设备。通信转发器常装于通信卫星上，实现通信中继站的功能。它的主要组成部分有：①接收机：用于对输入信号进行低噪声接收、变频和放大。接收机由前置放大器、下变频器、本地振荡器和后置放大器组成。放大器常用低噪声场效应晶体管制成，采用多级串联方式来达到所要求的增益。②输入多工器：用于将信号按频带区分成多路，每路都经过带通滤波器和均衡器，并可独立调整。③激励放大器：由多级晶体管制成。用于把接收机送来的信号放大，以获取一定的增益和功率去激励末级功率放大器。④功率放大器：采用行波管放大器或固态功率放大器，将每路通信信号放大到规定的功率电平。⑤输出多工器：它的用途是减少或滤除转发器中产生的有害频率分量，并将各路信号合起来向发射天线馈送。转发器的主要技术指标是：增益(即功率放大量)、幅频特性、最大输出功率、噪声系数、交调电平、调幅调相变换系数和时延随频率的变化等。
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