vcmm的用户界面设计:一种提高保真度和可用性的方法

2006 IEEE Symposium on Virtual Environments, Human-Computer Interfaces and Measurement Systems Pub Date : 2006-07-10 DOI:10.1109/VECIMS.2006.250807

N. C. Junior, A. Abackerli, Luís Augusto Consularo

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引用次数: 3

摘要

近年来，根据ISO GUM(1995)的不确定度声明推动了所谓的虚拟坐标测量机- vcmm的发展，作为一种软件工具，为工业应用产生不确定度估计。也就是说，一种基于实际计量信息计算测量不确定度估计的工具，用于质量体系。最近在商用vcmm上的测试表明，模拟过程对现实世界的保真度与不确定性计算的数值正确性同样重要。本文提出了一种VCMM接口设计方案，重点研究了在工业计量应用中提高软件保真度和可用性的技术。结果表明，采用MVC模型应用软件原型设计的基本原理，通过适当的用户指导可以提高仿真的质量，同时也可以提高软件的可用性

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User Interface Design for VCMMs: an Approach to Increase Fidelity and Usability

In recent years the declaration of uncertainties according to the ISO GUM (1995) has pushed the development of the so called Virtual Coordinate Measuring Machines - VCMMs as a software tool to generate uncertainty estimates for industrial applications. That is, a tool to calculate measurement uncertainty estimates based on real metrology information to be used in the context of quality systems. Recent tests on commercial VCMMs have shown that the fidelity of the simulation process to the real world is as important as the numerical correctness of uncertainty calculations. In this paper a VCMM interface design is proposed, focusing on techniques to increase the software fidelity and usability in industrial metrology applications. Results show that the quality of the simulation can be improved by proper user guidance as much as the software usability by the application of basic principles of software prototyping using the MVC model

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2006 IEEE Symposium on Virtual Environments, Human-Computer Interfaces and Measurement Systems

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