It uses the same 802.2 LLC and 48-bit addressing scheme as other 802 LANs, However there are many differences at the MAC sublayer and Physical layer.
它象其它的802局域网一样使用了802.2LLC和48位的地址分配，尽管在MAC子层和物理层有许多的不同。
Circuit Design of RS Sublayer in EPON downlink MII makes it possible to support different media under the MAC Control Sublayer and the Reconciliation Sublayer.
EPON下行方向调和子层电路设计它使得在MAC层和协调子层（RS）之下可以支持不同的介质类型。
Provision of the Internal Sublayer Service within the MAC Bridge.
在MAC网桥内的内部子层服务的规定。
Secondly, the functional architecture of MAC sublayer is discussed.
其次研究了MAC子层的功能结构。
The paper expounds the realizing process of data and voice services in CM system, including the establishments of physical link, medium access control sublayer (MAC) and transmission convergence sublayer.
重点阐述CM系统中数据和语音业务的实现过程，包括物理链路的建立、媒质访问控制子层（MAC）的建立及传输汇聚子层（TC）的建立。
Design and Verification of 802.11b MAC Sublayer Controller
802.11bMAC子层控制器的设计与验证
This paper reports the network topology, structure of optical node, data path, control of data path sublayer in MAC and data buffering technologies.
本文报告了该实验网络的拓扑、节点结构、数据通道、MAC层的数据通道控制子层以及所使用的光缓存技术。
In addition, a 1:1 link protection mechanism is designed, which needs introduce a link selection sublayer between MAC silent layer and MAC layer (or optional MAC Control sublayer), and it can provide fast protection for Ethernet WAN through redundant link.
该保护机制是要在MAC客户层和MAC层（或者可选的MAC控制子层）之间引入链路选择子层，通过提供冗余链路的方式为广域以太网提供快速保护。
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
Since the medium access technology implemented in medium access control (MAC) sublayer is very important to QoS guarantee, the study of medium access technology in broadband wireless networks is of high significance.
MAC层的信道接入技术是提供QoS保证的重要环节，因此研究宽带无线网络MAC层接入技术具有重要的意义。
It also includes the logical link portion of the MAC sublayer of the IEEE 802.2, 802.3 and other standards.
它也包括逻辑链路子层的部分陆委会的IEEE802.2、802.3和其他标准。
The MAC sublayer is concerned with the physical components that will be used to communicate the information.
MAC子层和使用来传递资讯的实体元件有关。
The paper makes further research to QoS of WLAN MAC sublayer, and puts forward several enhanced scheme of QoS.
基于此本文对IEEE 802.11 WLAN中MAC层QoS进行了更为深入的研究，提出了几种QoS增强方案。
The main contents are as follow: Chapter 1: is an introduction of LDPC, OFDM and WLANs'MAC sublayer.
本文的主要内容安排如下：第一章简单介绍低密度校验码、OFDM以及无线局域网标准的MAC层。
This means that on a 10-Mbps Ethernet network, 1 bit at the MAC sublayer requires 100 ns to transmit.
此意味10Mbps乙太网路网路於MAC子层传输1位元需要100ns的时间。
The performances of WLAN depences on not only the physical sublayer but also the MAC sublayer.
本文在MAC层部分首先对MAC层的CSMA/CA机制的性能进行了讨论和仿真结果分析。