1 / 9

Using “Industry-As-Laboratory” Case-Studies To Impact Industrial Practice

Using “Industry-As-Laboratory” Case-Studies To Impact Industrial Practice . Laurie Williams Assistant Professor North Carolina State University. Real Engineers - Real Projects - Real Impact. Basic Research Recognize problem, invent ideas. Concept Formulation Refine ideas, publish solutions.

brencis
Download Presentation

Using “Industry-As-Laboratory” Case-Studies To Impact Industrial Practice

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Using “Industry-As-Laboratory” Case-Studies To Impact Industrial Practice Laurie Williams Assistant Professor North Carolina State University Real Engineers - Real Projects - Real Impact

  2. Basic Research Recognize problem, invent ideas Concept Formulation Refine ideas, publish solutions Development & Extension Try it out, clarify, refine Internal Exploration Stabilize, port, use for industrial-strength problems External Exploration Broaden user group, extend Popularization Propagate through community Software Technology Maturation Where’s the beef . . . . validation? Redwine, S. and Riddle, S., Software Technology Maturation, ICSE 1985.

  3. Basic Research Recognize problem, invent ideas Concept Formulation Refine ideas, publish solutions Development & Extension Try it out, clarify, refine Internal Exploration Stabilize, port, use for industrial-strength problems External Exploration Broaden user group, extend Popularization Propagate through community Software Technology Maturation State-of-art Impact researchers

  4. Basic Research Recognize problem, invent ideas Concept Formulation Refine ideas, publish solutions Development & Extension Try it out, clarify, refine Internal Exploration Stabilize, port, use for industrial-strength problems External Exploration Broaden user group, extend Popularization Propagate through community Software Technology Maturation Focus of case study-based research State-of-practice Impact practitioners

  5. Process/Technology Evaluation *-Evaluation Framework *-Context Factors (*-cf) *-Adherence Metrics (*-am) *-Outcome Measures (*-om) XP-EF  XP-cf; XP-am; XP-om RUP-EF  RUP-cf; RUP-am; RUP-om TSP-EFTSP-cf; TSP-am; TSP-om XP2-EF  XP2-cf; XP2-am; XP2-om

  6. Sabre: XP Context Factors(XP-cf)

  7. Subjective: Shodan Survey 76.7% Example survey at: http://agile.csc.ncsu.edu/survey/shodan_survey.html Objective Metrics Strive for a robust set of metrics that can be collected automatically Sabre-A results indicate an increase in XP use Sabre-A: XP-Adherence Metrics (XP-am)

  8. Sabre-A: XP-Outcome Measures (XP-om) Normalized values

  9. Challenges And Opportunities • Salience check • Finding partners, obtaining measures, timing of completion • Acceptance of research results • Industrial participation • N=1 • Support evidence-based software engineering • Impact on industrial practice

More Related