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An interdisciplinary virtual laboratory on nanoscience

机译:纳米科学跨学科虚拟实验室

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摘要

Nanoscience is a booming field with manifold applications. Nanoscience equipment (e.g., microscopes) are however expensive and only major companies and organizations sponsored by research programs can afford on-site installation. Based on the Internet as a global communication platform, distance education and remote usage might offer a working environment by which complex and sensitive instruments can be shared. The Swiss Virtual Campus (SVC) project NANO-WORLD has exactly the following goal: establish a Virtual Nanoscience Laboratory to be shared and used by a distributed user community. Three main topics need to be realized in the framework of a virtual laboratory: user management, communication and co-operation, and the control of virtual experiments. The basic architecture of the prototype is a multi-tiered client-server model which supports individual nanoscience experiments to be implemented as a stand-alone web-service.
机译:纳米科学是一个蓬勃发展的领域,具有多种应用。但是,纳米科学设备(例如显微镜)价格昂贵,只有由研究计划赞助的大型公司和组织才能负担得起现场安装的费用。基于互联网作为全球通信平台,远程教育和远程使用可能会提供一个工作环境,通过该环境可以共享复杂而敏感的仪器。瑞士虚拟校园(SVC)项目NANO-WORLD的确切目标是:建立一个虚拟纳米科学实验室,由分布式用户社区共享和使用。在虚拟实验室的框架中,需要实现三个主要主题:用户管理,沟通与合作以及虚拟实验的控制。原型的基本体系结构是多层客户端-服务器模型,该模型支持将单个纳米科学实验实现为独立的Web服务。

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