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  • Software Overview
    The terminology and acronyms within the test and measurement software community can be overwhelming at first glance. For example, how do VXIplug&play, SCPI, CVI, LabVIEW, HP VEE, VISA, GUI and IVI relate to one another? What does an instrument driver do? How does it differ from a VXIplug&play
  • T &M software dons analysis hat
    Test and measurement programs increasingly take on qualities usually associated with heavy-duty analysis software. Distinctions between the two types of packages are destined to blur even further. New updates of T &M software such as LabView7.1 feature an emphasis on analysis. For example, V 7.1
  • Vision software helps check parts fast
    . In CAD view, the software lets users quickly select surfaces for measurement by pointing and clicking on part geometry imported from CAD. The green box is the camera's field of view and the interior red box is the area of focus. Once a measurement sequence is initiated, the software switches to the live
  • Residual Stress Management: Measurement, Fatigue Analysis and Beneficial Redistribution
    can be compared with the effects of stress concentration. The main stages of residual stress management are considered in this paper. A number of new engineering tools such as ultrasonic computerized complex for residual stress measurement, software for analysis of the effect of residual stresses
  • Software Handling for Capacitive Sensing
    AN1103 Software Handling for Capacitive Sensing Initialization Author: Tom Perme Microchip Technology Inc. To begin, the hardware must be properly initialized. A detailed depiction of the proper settings for the PIC16F88X family is shown in Appendix A: "Register INTRODUCTION Settings
  • Measurement Automation with SigLab
    Measurement automation can prove to be a daunting task with outdated software paradigms. and "rack and stack" technology. Combining MATLAB Graphical User Interface (GUI) tools. with SigLab (R) measurement functions produces a Windows-based automated measurement. solution that is powerful and easy
  • True Position Measurement
    multiple measurement steps and mathematical calculations. Portable CMM technology can alleviate much of this work by allowing the user to fix the part in one spot, take several points to create an alignment of x- and y- axes, and measure the bore. Software is then able to determine the position
  • How to Choose the Right Application Software for Your Measurement System
    Application software lies at the core of modern data acquisition (DAQ) systems, making it imperative that you select a software tool that fits the needs of your application today and easily scales as your system matures. The last thing you want to do is rewrite all of your code using new

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  • Software Measurement
    Measuring Software Systems ....................................................................
  • The IT Measurement Compendium
    Functional size measurement (or in some cases lines of code) must be used to measure software size, effort units (and what is included within them) must be consistent, and delivery rates must be standardized.
  • Software Process and Product Measurement
    They pointed out the importance of understanding the attributes and their causal relationships, the impact of evolving environment, and effective way of measuring software complexity.
  • Best Practices in Software Measurement
    Executing continual measurements within the soft- ware life cycle requires the use of measurement tools that are able to make metrics largely automatically available from measured software artifacts.
  • Software Measurement
    Applying Manufacturing Performance Figures to Measure Software Development Excellence . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
  • Software Process and Product Measurement
    The process of measuring software functional size using the COSMIC-FFP method implies that the software functional processes and their triggering events be identified.
  • Software Process and Product Measurement
    Meli, R., Abran, A., Ho Vinh, T., Oligny, S.: On the Applicability of COSMIC-FFP for Measuring Software Throughout its Life Cycle.
  • Software Project Effort Estimation
    Appendix A: Measuring Software Size . . . . . . . . . . . . . . . . . . . . . . . . .