Probabilistic Packet Marking (PPM) is an efficient and practical scheme.
概率包标记(PPM)是一种比较有效且实用的解决方法。
Probabilistic Packet Marking for IP Traceback was proposed to defend against distributed denial-of-service attacks.
数据包抽样标记技术是为了应对分布式拒绝服务攻击而提出的一种IP追踪技术。
Probabilistic packet marking (PPM) is a practical and effective method for IP traceback of denial-of-service(DoS) attack.
随机数据包标记（PPM）是对拒绝服务攻击进行IP回溯的一种实用而有效的方法。
The Assured Services architecture relies on packet marking mechanism at the edge router, and queue management mechanism at the core router.
确保服务的实现依赖于在边界路由器执行的数据包标记策略和在核心路由器执行的队列管理策略。
Extract the existing packet marking schemes and attack reconstruction schemes, propose a packet making scheme and a attack reconstruction scheme.
吸取了已有的包标记策略和攻击重构技术，提出一种包标记策略和攻击重构技术。
On the base of study of packet marking scheme"s convergence, a new method of choosing marking probability had been put forward to get the optimization of convergence."
在对包标记方案的收敛性进行研究的基础上，给出了新的标记概率的选取方法，以得到最优化的收敛性；
On the base of systemic analysis six kinds of probabilistic packet marking algorithms, this paper brings a node-edge probabilistic packet marking algorithm, short for NEMS.
在对多种概率包标记算法进行系统分析基础上提出了点边结合的包标记算法。
Each frame is wrapped in a packet, which affixes several bytes of information used in establishing the connection and marking where the frame starts.
每一帧是包在一个包，黏贴几个字节的信息用于建立连接和标记帧开始的地方。
Each frame is wrapped in a packet, which affixes several bytes of information used in establishing the connection and marking where the frame starts.
每一帧是包在一个包，黏贴几个字节的信息用于建立连接和标记帧开始的地方。
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