英语翻译We describe LEAP (Localized Encryption and Authenticatio

英语翻译
We describe LEAP (Localized Encryption and Authentication
Protocol),a key management protocol for sensor networks
that is designed to support in-network processing,
while at the same time restricting the security impact of a
node compromise to the immediate network neighborhood
of the compromised node.The design of the protocol is
motivated by the observation that different types of messages
exchanged between sensor nodes have different security
requirements,and that a single keying mechanism is not
suitable for meeting these different security requirements.
LEAP supports the establishment of four types of keys for
each sensor node – an individual key shared with the base
station,a pairwise key shared with another sensor node,a
cluster key shared with multiple neighboring nodes,and a
group key that is shared by all the nodes in the network.
The protocol used for establishing and updating these keys
is communication- and energy-efficient,and minimizes the
involvement of the base station.LEAP also includes an
efficient protocol for local broadcast authentication based
on the use of one-way key chains.A salient feature of
the authentication protocol is that it supports source authentication
without precluding in-network processing.Our
performance analysis shows that LEAP is very efficient in
computation,communication,and storage.We analyze the
security of LEAP under various attack models and show
that LEAP is very effective in defending against many sophisticated
attacks such as HELLO Flood attack,Sybil attack,
and Wormhole attack.A prototype implementation of
LEAP in a sensor network testbed is also reported.

我们描述飞跃(局部加密和认证
协议),其中一个关键管理协议.无线传感器网络
那是设计来支持in-network处理,
同时限制安全的冲击
节点妥协来直接的网络社区
妥协的节点.协议的设计
的目的是描述是不同类型的信息
传感器节点之间进行交换有不同的安全
要求,并不是一个键控机制
适用于满足这些不同的安全要求.
支持建立跳跃的关键字的四种类型
每个传感器节点——一个个人密匙共用的基地
站、双钥匙与另一个传感器节点,分享
聚簇键共享多个邻近节点、
组密钥,都是共享的网络节点.
协议用于建立和更新这些项
是交流,节能,而且最大限度地减少了吗
与基站.跳跃活动还包括
有效的协议对于本地广播认证的基础上
使用单向的钥匙链.显著的特征
认证协议是它支持源认证
没有in-network法令处理.我们
性能分析表明该算法LEAP是非常有效的
计算、通讯、和储存.分析了
安全的高度在各种攻击模式和显示
那跳跃的一种有效的防御许多复杂的
攻击(如你好洪水袭击,估计攻击,
和虫洞的攻击.一个原型实施
跳跃在传感器网络网站也报道.