Collaborative Computing

Study on 3D Monte Carlo algorithm and collaborative computing on Grid

基于网格的3DMonteCarlo算法及协同计算研究

Grid computing is a technology of Green IT for achieving " collaborative computing and resource sharing " .

网格计算是一种绿色信息技术，实现了真正的协同计算、资源共享。

Collaboration and Sharing under Geophysical Collaborative Computing Environment ; Cooperative Analysis and Quantification in Multidisciplinary Cooperative Design Process

协同地球科学计算环境的协同与共享研究产品多领域协同设计中协同分析及量化研究

People believe businesses will turn more to collaborative computing and work environments to make their jobs easier and more efficient .

人们认为，商界将更多地转向协同计算和使工作更简单和更高效的工作环境。

In a distributed network environment , to achieve security of multi-party in collaborative computing is a core problem in SMC .

在分布式网络环境下，实现多方参与的安全协作计算是安全多方计算的核心研究问题。

The grid has widely application area , includes distributed supercomputing , high-throughput computing , on-demand computing , data-intensive computing and collaborative computing .

网格的应用领域非常广泛，可以用于合作工程、数据探测、高吞吐量计算、远程软件访问、数据密集型计算和基于需求的计算等方面。

Collaborative computing , where multiple users work on the same document or project at the same time , allows for high levels of interaction between students in an online program .

合作式计算是多个用户同时处理同一文件或程序，这样可以使学生在联机活动中进行高层次互动。

Emerging data-intensive , video and collaborative computing applications will not tolerate the bandwidth or timing limitations of shared-media LANs .

正在兴起的数据密集、视频图像和协同计算应用将不能容忍共享介质式局域网的带宽或分时限制。

The Grid technology can meet the challenges such as high-throughput computing , remote data access and service , distributed heterogeneous environment , collaborative computing etc which the traditional Digital City technologies cannot meet .

网格技术的出现，为目前传统的数字城市技术不能很好解决的问题，如高吞吐量的计算，远程数据访问与服务，分布式异构环境及协同计算等，带来了新的解决思路。

Due to the distinct features it possesses , MANET has a variety of applications in almost all fields of study such as collaborative computing and crisis management ( like in disaster recovery ) .

由于这些特点，MANET在许多领域都有大规模的应用，如：协同计算、危机应对（如灾难恢复）等。

This paper studies the nesting problem deeply in data structure , optimization theory , algorithm , collaborative computing . A series of solutions and algorithms are brought forward . A testing nest system was developed and verified the algorithms .

本文从排样的数据结构、优化理论、算法分析以及协同计算等方面进行了深入的研究，提出了一系列解决方案和算法并开发了一个排样实验系统对算法进行了验证和分析。

Generally speaking , research frontiers such as pervasive computing , collaborative computing , intelligent computing and virtual reality are all context aware . This makes context aware computing a promising research area with vast applied prospects .

由于普适计算、协同计算、计算智能化和虚拟现实等前沿研究方向都可以归为情景感知计算，这使得情景感知计算具有广阔的研究前景与应用领域，成为了未来发展的重要方向。

Grid is a distributed architecture of computing . The goal of grid is organize the loosely and heterogeneous coupled resources in the internet in an effective and efficient way , to realize the workload management , large collaborative computing and information virtualization .

网格是一种分布式计算体系结构，目标是以有效且优化的方式来组织互联网中各种异构的、松散耦合的资源，以实现复杂的工作负载管理、大型的协同计算和信息虚拟化功能。

Preliminary Research on Distributed Collaborative High-performance Computing Framework for Spatial Information

空间信息分布式协同高性能计算框架的初步研究

The Research of Collaborative Visualization in Grid Computing Environment

网格环境下的协同可视化关键技术研究

P2P has been used in distributed storage , collaborative work environment , computing and file sharing , application layer multicast , Internet indirection infrastructure , streaming media technology , search technology and other aspects .

P2P技术已应用于分布式存储、协同工作环境、计算能力与文件共享、应用层组播、Internet间接访问基础结构、流媒体技术、搜索技术等诸多方面。

As a kind of educational technology innovation , the collaborative development between education computing and curriculum reform in fundamental education should be guided by the theory of diffusion and implementation of educational technology and its application needs many conditions .

基础教育信息化与课程改革协调发展是一种教育技术创新措施，必须以教育技术创新推广与实施理论为指导，其成功实施依赖于多种条件。

Distributed , self-organizing P2P network has developed to the huge scale at an amazing speed in the past few years , which is widely applied to many fields , such as resource sharing , instant messaging , collaborative work , distributed computing and so on .

分布式、自组织的P2P网络在过去几年里以惊人的速度发展到巨大的规模，并被广泛应用到多个领域，如资源共享、实时消息、协同工作、分布式计算等等。

Then , a new Grid-based collaborative visualization model ( Collaborative Visualization in Grid computing environment , COVISING ), and its formal description are proposed .

提出了一个新的支持大规模用户级协同的网格环境下协同可视化模型COVISING，为模型COVISING给出了形式化描述。