Based on mobile agents, this paper presents a micropayment protocol.
文中设计了一种基于移动代理的小额支付协议。
In this paper, mobile agents are used to model long live transactions and a new asynchronous deadlock detection method is proposed.
通过移动代理来建模长寿事务，并根据移动代理的特点提出了一种异步分布式死锁检测和解除算法。
Connection migration in mobile agent systems is to support continuous and transparent communication operations between mobile agents.
移动代理系统中连接的迁移机制可用来支持移动代理之间连续透明的通信。
A protection scheme of mobile agents based on obfuscated agent data variables and time checking technology is presented in this paper.
提出一种基于迷乱代理数据变量和时间核查技术的移动代理保护方案，同时给出获得时间核查技术中主要数据的方法。
By using the mobile agents, the whole detection architecture can be extended with convenience and be configured dynamically and flexibly.
利用移动代理，整个检测体系可以灵活、动态地配置和方便地扩展。
The security of mobile agent systems lies in the protection of confidential data, the verification of mobile agents and mobile agent platforms.
移动代理安全性体现在移动代理机密数据的保护、移动代理和移动代理执行平台的验证等。
This paper presents an IDS model based on mobile agents, which adopts the research results from two fields: the distributed IDS and the mobile agent(MA).
本文提出了一种基于移动代理的IDS模型，它综合了两个领域的研究成果：分布式IDS和移动代理（MA）。
This paper proposed a simple and secure access control mechanism that can effectively control mobile agents updating and creating ability in native host.
本文提出了一个简单安全的存取控制机制，可以有效地控制移动代理在本地主机的更新及创建权限。
Second, it USES resource proxy pattern to realize role-based access control of mobile agents. Thus, it can give the sensitivity resource double protection.
二是采用资源代理模式实现移动代理基于角色的权限特化，对敏感资源进行双重保护。
A model of network management accounting system based on mobile agents was proposed and particularly studied on its structure, accounting management process and security mechanism.
提出了一种基于移动代理的网络管理计费系统模型，对其构成、计费管理过程和安全机制进行了详细的研究。
Mobile agents used in various applications need to communicate with each other for different purposes such as exchanging information or co-operation.
移动代理可以应用在许多领域。为了不同的目的，例如交换信息或协同合作，移动代理之间需要进行通信。
Further, the two different distributed collaborative diagnosis modes are brought forward, including multi-agents-based diagnosis and mobile-agents-based diagnosis.
并进一步提出了分布式协同诊断求解的两种方式——群组诊断和移动诊断。
Further, the two different distributed collaborative diagnosis modes are brought forward, including multi-agents-based diagnosis and mobile-agents-based diagnosis.
并进一步提出了分布式协同诊断求解的两种方式——群组诊断和移动诊断。
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