CVE

Transmission mechanism of interactive information in CVE .

协同虚拟环境中的交互信息传输机制。

Using Extended Fuzzy-Timing Petri Nets to Model Essentials of Role-Based CVE

扩展模糊时延Petri网下的协同虚拟环境要素建模

Extended Design of a CVE Based on Security Vulnerability Database System

基于CVE的安全脆弱性数据库系统的扩展设计

Research and Implement of Reasoning Engine for Real Time IDES Based on CVE

基于CVE的实时IDES推理机的研究与实现

CVE Awareness Model for Network with Limited Resource

受限资源网络环境的协同虚拟环境感知模型

Application and Research on CVE Vulnerability Database

CVE漏洞库体系的研究与实现

The research improves the architecture stability starting with studying the intrusion detection architecture on the base of CVE list ;

本文以CVE列表为基础，从入侵检测系统的体系结构入手，改进了结构的稳定性；

Concurrency control mechanism in CVE .

协同虚拟环境中的并发控制机制。

Based on complex value engineering theory and methods , the optimization methods on expressway tunnel construction and its CVE application model are firstly analyzed .

首先，基于复杂价值工程的理论，结合案例对高速公路隧道施工的优化技术进行研究，提出相应的复杂价值工程分析模型。

On Collaborative Navigation and Spatial Awareness in CVE

CVE导航与空间感知研究综述

Users send update messages in order to maintain the consistency of the CVE system , which increases the network traffic .

用户通常要发送更新信息来维护系统一致性，引起网络流量的增加。

Orientation update message filtering for 3-D objects is an important issue in collaborative virtual environments ( CVE ) .

方向更新消息滤波机制是协同虚拟环境（CollaborativeVirtualEnvironments，以下简称CVE）中的一个重要研究课题。

The balance trend among the major items in CVE is not only in the long time scales but also in the short time scales .

全型涡度方程中各主要项之间的相互平衡不仅发生在长时间尺度，同样的相互适应的趋势也发生在短时间尺度。

A consistency maintaining technology for collaborative virtual environment ( CVE ) systems was proposed to satisfy CVE systems ' request for cooperation .

提出一种满足协同虚拟环境系统协同操作要求的一致性控制技术。

This CVE structure is valuable for the understanding , avoiding , detecting and removing of vulnerabilities and exposures .

CVE体系结构的建立对理解、避免、检测和消除计算机系统漏洞具有理论和实践意义。

This framework resolves three key problems in CVE system ( virtual entity management , information transmission and consistency maintenance ) and met CVE system 's request .

该框架较好地解决了实体管理、信息传输和一致性控制三个关键问题，满足了协同虚拟环境地要求。

A new branch of ecology called computational vegetation ecology ( CVE )) is proposed . Data structure and algorithm are considered as the core of its researches .

初步提出了计算植被生态学这一新的生态学分支学科及其面向算法的计算机技术支持新方案，认为数据结构和算法研究是其核心研究内容之一。

The mathematical model for the motion of CVE 2 type chaotic vibration exciter was set up and its numerical simulation and chaotic identification were carried out .

建立了使用滑动轴承的CVE-2型混沌激振器所产生的运动的数学模型，并对其进行了数值仿真和混沌识别。

A task-clustering based dynamic adaptive partitioning algorithm is proposed , which can adjust the partitioning number according to the number of users in the CVE .

提出了基于任务聚类的动态自适应分区算法，根据系统中用户数量的改变及时调整分区数目。

This paper proposed information integration by variety of security tools based on CVE , as well as real-time security assessment method in the assessment system , they will have important significance in use .

本文所提出的基于CVE漏洞库的多种安全工具的信息融合，以及实时安全评估方法在评估系统中的使用都有重要意义。

The definition of consistency in CVE systems was given , and the reason why traditional consistency maintaining technology used in networked virtual environment systems could not be used in CVE systems was analyzed .

给出协同虚拟环境系统的一致性定义，分析了传统网络虚拟环境系统所采用一致性控制方法不能用于协同虚拟环境系统的原因。

Based on CVE ( Common Vulnerabilities and Exposures ) criteria , investigations on system security vulnerability are made and a kind of database is designed and realized for vulnerability query and management .

本文在国际CVE（CommonVulnerabilitiesandExposures，公共漏洞和暴露）标准的基础上，研究了系统安全漏洞，并设计和实现了一个漏洞数据库来进行漏洞的查询和管理。

According to the statistics from CVE , there were approximately 70 kinds vulnerabilities which suffered from buffer overflow among all 800 vulnerabilities discovered from the beginning of 2009 .

根据CVE显示的数据，2009年至今新发现的800多种漏洞中，有70多个都是缓冲区溢出漏洞。

Collaborative Virtual Environment ( CVE ) is a sharing virtual space maintained by a group of computers interconnected through networks , used to support effective communications between the users to achieve coordination tasks .

协同虚拟环境是在一组由网络互连的计算机上生成共享虚拟空间，通过有效地支持用户之间的通信实现协同工作。

This paper explains the main function and operation principle of every component of the system , after the introduction of CVE standard , the organization of plug-in database and vulnerabilities database are also explained in the paper .

本文对各个组件的主要作用、工作原理作了说明，在介绍CVE标准后，也对漏洞数据库、插件数据库的组织作了说明。

To guarantee high efficient and reliable data transmission in CVE , increase network throughput as well as mitigate load of backbone , this paper presents a reliable multicast protocol based on layered structure and error recovery channel .

为了保证协同虚拟环境的数据高效、可靠地传输，并提高网络吞吐量、减少骨干网负载，本文提出了一种基于层次结构和差错恢复通道的可靠组播协议。

With the expansion of the scale of applications in distance education , collaborative design , joint military training and online multi-user game , improving the scalability becomes a hot topic of research in the field of CVE .

近年来，随着协同虚拟环境在远程教育、协同设计、军事联合训练与演练、网络游戏等领域应用规模的扩大，提高系统的可伸缩性成为协同虚拟环境领域的研究热点之一。

On the base of analyzing the structure , building methods and running characters of the Intrusion Detection System , and according to the practical requirements , this paper puts forward a real-time Intrusion Detection System based on CVE ( Common Vulnerabilities and Exposures ) characters .

本论文在全面分析、了解国内外入侵检测系统的系统结构、构建方法和运行特点的基础上，结合实际需要提出开发一个基于CVE特征的实时入侵检测系统。