ASA Connect

 View Only

July, 6th: Christine M. Anderson-Cook for the 7th ISBIS webinar of the series on "Leading Women in Business and Industrial Statistics"

  • 1.  July, 6th: Christine M. Anderson-Cook for the 7th ISBIS webinar of the series on "Leading Women in Business and Industrial Statistics"

    Posted 07-05-2021 18:32
    ISBIS (International Sociaty for Business and Industrial Statistics) 
    is organising a series of webinars on "Leading Women in Business and 
    Industrial Statistics" to celebrate the International Year of Women in 
    Statistics and Data Science launched in May 2020 by ISI (International 
    Statistical Institute). 
    
    Videos of past events are available at 
    
    https://www.isbis-isi.org/webinars.html
    The seventh webinar is on July, 6th, at 16.00 CEST (i.e. Italy, Germany,
    France, Spain, etc.) and 10.00 a.m. (New York time) and the speaker is 
    
    Dr. Christine M. Anderson-Cook (Guest Scientist, Los Alamos National 
    Laboratory, USA)
    
    and she will talk about
    
    "Sequential Design of Experiments and Some New Space-Filling Designs"

    Registration is free at
    https://register.gotowebinar.com/register/6069922525034089741
    ABSTRACT
    
    In many data collection scenarios, we have choices about whether to run a 
    single large experiment or a sequence of smaller experiments. Traditionally 
    design of experiments textbooks provide many ideas and samples of good single
    large experiments, but experimenters frequently do not have the tools they 
    need for determining how to proceed with sequential designs. This talk 
    describes some advantages of collecting data in increments, a sequence of 
    common objectives for early through late sub-experiments, and how to use the 
    results from previous stages to inform design choices for later ones. This 
    approach can help to avoid wasting valuable resources, maximize what can be 
    learned and allow for multiple objectives to be addressed. In addition, 
    several new types of space filling designs to use as building blocks for 
    constructing the right sequence of sub-experiments are presented: 
    (1) Non-uniform Space Filling (NUSF) designs allow for some regions of the 
    input space to be emphasized more than others, and (2) Input-Response Space 
    Filling (IRSF) designs create a Pareto front of choices that vary in how 
    much they emphasize the space filling properties for the input space versus 
    the response space.
    
    ABOUT THE SPEAKER
    
    Christine M. Anderson-Cook recently retired as a Research Scientist in the 
    Statistical Sciences Group at Los Alamos National Laboratory. She was a 
    contributor to more than 80 projects while at LANL and has led projects in 
    the areas of nuclear non-proliferation, sequential design of experiments for 
    carbon capture, cybersecurity, complex system reliability and using data 
    competitions to advance algorithms for detecting radioactive materials. 
    Before joining LANL, she was a faculty member in the statistics department 
    at Virginia Tech. Her research areas include design of experiments, response 
    surface methodology, reliability, multiple criterion optimization and 
    data-centric decision-making.
    
    She is a Fellow of the American Statistics Association and the American 
    Society for Quality. She has served on the Editorial boards of Applied
    Stochastic Models in Business and Industry (the ISBIS journal), Technometrics, 
    the Journal of Quality Technology, Quality and Reliability Engineering 
    International, Quality Engineering and the Journal of Statistics Education. 
    She is a long time Statistics Spotlight column contributor in Quality 
    Progress. She is the 2021 recipient of the George Box Medal and the Gerald 
    J. Hahn Q&P Achievement Award. She was also the 2018 recipient of the ASQ 
    Shewhart Medal and winner of the ASQ Statistics Division William G. Hunter 
    Award.

    Best regards
    
    Fabrizio Ruggeri
    ISBIS President


    ------------------------------
    Fabrizio Ruggeri
    ------------------------------