• Corpus ID: 3955253

Using Poka-Yoke Techniques for Early Defect Detection

@inproceedings{Robinson2011UsingPT,
  title={Using Poka-Yoke Techniques for Early Defect Detection},
  author={Harry Robinson},
  year={2011}
}
Poka-yoke is a quality assurance technique developed by Japanese manufacturing engineer Shigeo Shingo. The aim of poka-yoke is to eliminate defects in a product by preventing or correcting mistakes as early as possible. Poka-yoke has been used most frequently in manufacturing environments. Hewlett Packard currently develops its Common Desktop Environment software to run in twelve locales or languages. Traditional testing of this localized software is technically difficult and time-consuming. By… 

Figures and Tables from this paper

Some Spreadsheet Poka-Yoke
Whilst not all spreadsheet defects are structural in nature, poor layout choices can compromise spreadsheet quality. These defects may be avoided at the development stage by some simple mistake
A Poka-Yoke application in rubber industry
Quality problems and defect products are always issues that have to be considered and eliminated in a manufacturing facility. Human effect in production is considered as one of most important
A Systematic Literature Review of Poka-Yoke and Novel Approach to Theoretical Aspects
TLDR
The authors adopt the idea of PY as a lean tool which allows “eliminating the cause of error,” and engage in a fundamental PY research in order to determine A Systematic Literature Review of Poka-Yoke.
Infallibility ( Poka-Yoke ) Fundamentals for Improving Production Processes , Case Study : An Automotive Parts Manufacturing Company
In production processes, quality is defined in terms of defects and sigma level wastes. In order to achieve zero level wastes, it is required that production processes’ sigma levels be increased
Quantitative Validation of Poka-Yoke Approach for HQLS Using Regression Coefficient and Analysis of Variance
TLDR
Regression analysis showed that Poka-Yoke has a greater impact on software quality that uses the current state of the art software development models, and recommend usage of techniques for mistake proofing for overall software performance.
Broadening the Concept of Poka Yoke Beyond Automotive Industry
TLDR
The article will contribute to the recognition of poka yoke systems in fields where, although error proofing systems are used, no link to the poka Yoke method was made by the authors, creators and users.
Protecting Educational Laboratory Equipment from Operator Error Using a Qualitative Research Approach
An industry-based "mistake-proofi ng" technique and a qualitative research approach were ap- plied to an academic setting to identify and eliminate root causes that result in damaged laboratory
Diseño y fabricación de Poka Yokes para las líneas de ensamble de rodamientos de bombas de agua: Caso práctico.
This paper presents the design and manufacture of a PokaYokes set created for the production line of a company dedicated to manufacture bearings. A practical case of how PokaYokes have brought great
Design and Manufacture of Pokayoke for Stud and Push Rod Holes Present on Cylinder Head
TLDR
The design decreases human work, increases efficiency and precision thus decreases the probability it will cause problem while engine assembly and also decreased probability of error due to human.
A Semi Automation Based Cover Assembly in Flywheel Design
TLDR
A flywheel design has been characterized as disc type and arm type, but modes of operation varies according to the smaller and larger sized engines, so semi automation system is simpler way to assemble flywheel.
...
...

References

SHOWING 1-10 OF 12 REFERENCES
Writing Solid Code
TLDR
Written by a former Senior Level Microsoft developer, this book takes on the problem of software errors by examining the kinds of mistakes that developers typically make and provides practical approaches to prevention and automatic detection of bugs.
Zero quality control : source inspection and the poka-yoke system
Figures 1. Inspections and the Structure of Production 2. Management Functions and Quality Control 3. Inspections Don't Reduce Defects 4. Approaching the Zero QC Method 5. More on Inspection Systems
Checking C programs with lint
TLDR
The Delinting Handbook contains practical suggestions for dealing with lint's concerns, as well as suggestions for improving the quality of lint warnings.
Zero defect software
This text reviews existing software development methods and the problems of zero-defect programs. It covers subjects such as manual and automated error detection, computer aided software engineering,
Windows on the world
TLDR
This work examines several examples of each type of window function, and defines implicit objects, which are relation schemes that a window function treats in a special manner, and which are useful for describing the behavior of window functions.
Eradicating mistakes in your software through poka yoke
  • Eradicating mistakes in your software through poka yoke
Boris Beizer, Software Testing Techniques
  • Boris Beizer, Software Testing Techniques
OSF Motif Style Guide, Open Software Foundation
  • OSF Motif Style Guide, Open Software Foundation
Harry Robinson is a software design engineer at the Workstation Technology Center
  • NE Circle Blvd
  • 1000
Stewart , Mistake - Proofing : Designing Errors Out , Productivity Press , page 29 [ 6 ] G . Gordon Schulmeyer , Zero Defect Software
  • Eradicating mistakes in your software through poka yoke . MBC Video [ 8 ]
...
...