对等层

左边的对等层完成两个套接字的写操作，每个100字节。

The peer on the left performs two socket writes of100 bytes each .

该算法解决了初始和终止关键帧网格化分层后层次的对应法则问题，以及两关键帧对等层上顶点的对应法则问题。

The algorithm presented a solution to the corresponding principles of the vertexes in each layer and between layers after meshing the start and the end key frame .

对等层的目标是将远程教学系统中的学习资源提供节点通过对等网构造结合在一起，使得互联网上参与远程教学活动的任何节点都能够成为资源提供节点，扩大了教学的资源信息量；

P2P Layer combines digital learning resource providers together in peer-to-peer network infrastructure , which enables any network peer participating in Tele-Learning to be a source provider , and thus enlarges the amount of learning resources .

充分考虑到家电的处理器资源限制和敏感的成本因素，该子系统使用特定的应用层协议来解决仅支持微微网的蓝牙设备在散射网中通讯的问题、家电注册问题以及非对等层通信问题。

This subsystem solves problems such as how bluetooth devices which only support piconet communicate in scatternet , Appliance registration problem and how to communicate between un-corresponding layers by using special application protocols because of resource limitation of processor and the sensitive cost factor .

在PSRM中，结构化对等网络层采用CAN覆盖路由协议，并将其优化映射为Polar空间，首次采用扩展空间的幂级数算法，大大减少逻辑路由跳数。

In structure P2P layer , it optimized CAN that to adopt Polar coordinate and firstly uses the expansion space and power series algorithm , greatly reducing logic routing hops .

第三章详细讨论了对等网络架构层的设计与实现，包括对等网络架构层的设计目标、协议设计（P2PP）、路由算法和路由优化以及通信机制等；

Chapter three discusses the design and implementation of P2P network level , including the objective of design , the design of protocol , routing algorithm , routing optimizing algorithm and internal communication mechanism .

在此基础上，作者提出了面向远程教学系统的TSC（Trust-SensitiveandCommunitybased）对等资源管理模型。该模型由对等层、信任层及社区层三个主要层次构成。

Based on the aforementioned work , a TSC ( Trust-Sensitive and Community based ) Peer-To-Peer Resource Management Model in Tele-Learning is proposed , which is composed of three layers : P2P ( Peer-to-Peer ) Layer , Trust Layer , and Community Layer .

文章提出了一种灵活的基于网格计算的对等安全构架：P2PSLF（对等网络安全层构架）。

This paper proposes P2PSLF ( Peer-to-Peer Security Layer Framework ), a security framework for peer-to-peer based grid computing .

最后提出了基于语义的任意拓扑对等网络搜索模型，通过将语义搜索层和对等网络层分离实现更灵活的搜索功能。

Finally , a semantic-based search model over arbitrary topology in P2P networks is proposed in the thesis .

本文作者独立负责设计并开发了对等网络平台，主要有对等网络架构层、逻辑功能层的设计与开发以及接口层的提取。

The author was responsible for design and development of the P2P network development system , mainly including the design of network architecture level , logic function level , and the interface level .

为了在对等数据管理中实现基于语义匹配的知识检索，文章通过分离对等基础层和语义支持层，提出了一个实现语义覆盖对等信息共享系统的两层框架。

In order to implement knowledge retrieval based on semantic matching in the P2P data managements , a two-layer framework for semantic overlay P2P info-sharing system is put forward by separating the semantic supported layer from the P2P basic layer .