1.
Design of Ethernet MAC Frame Catch System based on S3C44B0X
基于S3C44BOX的以太网MAC帧检测系统设计
2.
Analysis of MAC-in-MAC Technology in MEN;
MAC-in-MAC在城域以太网中应用
3.
The identifier is part of the 16-bit 802.1Q header, which is added to the MAC transmission frames used in Ethernet and token-ring networks.
该码是16位802.1Q报头的一部分，被加在用于以太网和令牌环网上的MAC传输帧上。
4.
Analysis of the Ethernet MAC Sublayer’sFunctions and Discussion of the Ethernet MAC
以太网MAC子层功能分析及安全性探讨
5.
The Research and Implement of the Ethernet MAC Protocol Based on IEEE 802.3;
基于802.3以太网MAC协议的研究与实现
6.
Research on Verification Method of Ethernet MAC Control IP;
以太网控制器（MAC）IP核验证
7.
The Design of Ethernet MAC Controller Based on FPGA
基于FPGA的以太网MAC控制器的设计
8.
Research and Development on Multi-functional Implantable IP Soft-core of Ethernet MAC Layer;
多功能可移植性以太网MAC层IP软核的研究设计
9.
Design and Implementation of Ethernet MAC Protocol for Network Flow Measurement Instruments on FPGA
基于以太网MAC协议采样的流量测试仪FPGA逻辑
10.
The Encapsulation Implementation of Ethernet Data Frames Format Based on IEEE802.3 Standard;
基于IEEE802.3标准的以太网数据帧格式的封装实现
11.
The Implementation of an Embedded Ethernet Frame Network Traffic Instrument Based on FPGA
基于FPGA的嵌入式以太网帧流量测试仪的实现
12.
A power control MAC protocol based on CTS control frame for wireless mesh backbone networks
一种用于无线网格骨干网的基于控制帧的功率控制MAC协议
13.
The 1500-byte maximum Ethernet frame size is inefficient for large transfers over high-speed Ethernet LANs.
在高速以太局域网上进行量大的传输，最大为1500字节的以太网帧是不够的。
14.
Gigabit Ethernet (2)
千兆位以太网（2）
15.
Gigabit Ethernet (1)
千兆位以太网（1）
16.
A Research on Ad hoc Network MAC Protocol;
Adhoc网络中MAC层协议研究
17.
Switched vs. fast Ethernet
交换式以太网与快速以太网
18.
The maximum number of bridges through which a frame may pass on the way to its destination.
在通往终点的路径上帧可以通过的网桥的最大数目。