子层

其次研究了MAC子层的功能结构。

Secondly , the functional architecture of MAC sublayer is discussed .

在MAC网桥内的内部子层服务的规定。

Provision of the Internal Sublayer Service within the MAC Bridge .

增加和定义了一个无线IP子层协议及功能；

Protocol and function of a wireless IP sub layer are defined .

研究了支持移动IP的无线接入点的扩展功能和协议栈，提出了新的子层&IP关口层。

The enhancive functions and protocol stack of AP supporting Mobile IP were studied .

无线局域网MAC子层的研究及基于ARM的设计

Study MAC Sub-layer of WLAN and Design Based on ARM

基于CDMA技术的无线ATM传输会聚子层研究

Research on Wireless ATM Transmission Convergence Sublayer Based on CDMA Techniques

基于FPGA的以太网MAC子层协议设计实现

Implementation of Ethernet MAC Based on FPGA

以太网MAC子层功能分析及安全性探讨

Analysis of the Ethernet MAC Sublayer ' sFunctions and Discussion of the Ethernet MAC

EPON上行方向物理编码子层的FPGA实现

Implementation of PCS Sublayer in EPON Upstream Using FPGA

拓扑更新和路由是Intranet子层的主要功能。

Topology Update methods and the Routing methods are essential to Intranet sublayer .

本文给出在MAC子层上局域网的三种网络进行互连的实现方法。

In this paper the kind of three LANNET network-interconnecting way are described on MAC layer .

因此，在SOA中服务总线只能提供集成层中的非语义“子层”。

Thus , the service bus can provide only a non-semantic " sub-layer " in an integration layer in SOA .

802.11bMAC子层控制器的设计与验证

Design and Verification of 802.11b MAC Sublayer Controller

APON系统TC子层下行同步技术的实现

The Synchronization Technology of the Downstream of TC Layer of APON Access Transport System

802.11b标准MAC子层的低功耗设计

Low Power Design for 802.11b MAC

由于CS子层协议处理部分的独立性，其采用了基于OMNET++的网络仿真方式进行验证。

Due to the independence of the CS Sublayer specified part , it is simulated on the OMNET + + simulation environment .

EPON的OAM子层研究

Study on the OAM sublayer of EPON system

基于全连接有限元模型，并在介质访问子层采用时隙ALOHA协议的基础上，详细推导了adhoc网络的吞吐量。

Employing slotted-Aloha protocol in MAC layer , and following full-connected network model , the throughput of Ad hoc network is studied .

DSRC协议的LLC子层状态转移分析

State Analysis of Logic Link Control Layer of Dedicated Short Range Communication Protocol

AAL层包括会聚子层（CS）和分割和重组子层（SAR）。

The AAL layer comprises the Convergence Sublayer ( CS ) and the Segmentation and Reassembly sublayer ( SAR ) .

目前EPON的物理层（其中包含物理编码子层）在上行方向尚无ASIC芯片可以直接使用。

Up to now no ASIC chips can be applied to EPON upstream physical layer directly , neither can PCS sublayer .

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。

This paper reports the network topology , structure of optical node , data path , control of data path sublayer in MAC and data buffering technologies .

本文主要对EPON的媒体接入控制（MAC）层（包括MAC控制子层和RS子层）中的若干关键问题进行了深入的研究。

This paper studies the several key issues of media access control ( MAC ) layer of EPON , including MAC control sub-layer and RS sub-layer .

操作、管理和维护（OAM）子层实现以太网数据链路层中的网络管理。

Operation , administration and maintenance ( OAM ) sublayer do management in data link layer .

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。

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 .

定义了一种无线ATM空中接口信元格式，设计了无线ATM物理层中传输会聚子层信元保护域。

A kind of wireless ATM air interface cell format was defined , and a cell protection field at transmission convergence sub layer of wireless physical layer was designed .

HIP协议通过引入一个新的名字空间HI，在网络层和传输层之间加入HIP子层，实现主机标识与地址标识的完全分离。

HIP introduces a new name space called HI . A new HIP layer is inserted between IP layer and transport layer , thus splitting the host ID and locator .

根据业务的分域划分，MM子层被分为支持CS模式的MM实体和支持PS模式的GMM实体。

Based on the principle of service domain allocation , the MM sub-layer is divided into the MM entity supporting CS mode and the GMM entity supporting PS mode .

最后介绍了MAC子层的设计和包含三个骨干网节点的移动自组织网络的构建，并给出了测试结果。

Finally , the design of MAC layer and the organization of Mobile Self-Organized Network which has three backbone nodes are introduced , and the measurement result is also presented .

在对UWB技术深入调研的基础上，提出并使用例子说明了在UWB网络中必须要联合考虑介质访问子层和网络层才能达到较好的性能。

Based on my understanding of UWB technology , I argue that the MAC layer and network layer must be jointly considered to achieve better performance in UWB net-works .