Human Performance Modeling Technical Group

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The HUMAN PERFORMANCE MODELING TECHNICAL GROUP The Human Performance Modeling Technical Group focuses on the development and application of predictive, reliable, and executable quantitative models of human performance. In distinction to other approaches to behavioral and cognitive modeling, human performance modeling considers the human, engaged in some goal-directed behavior, in the context of a designed task environment.

Educational materials and questions for human performance modeling

  • 1.  Educational materials and questions for human performance modeling

    Posted 11-09-2021 14:18
    Dear HPM-TG members,

    During our recent TG business meeting, people discussed the need for learning materials related to HPM. Where can we obtain such knowledge? How do professors usually teach students? What will be the relationship between HPM and machine learning? 

    Personally, I think HPM can play an important role in the development of intelligent automation and testing human-automation collaboration. While artificial intelligence methods using artificial neural network have gained significant attention in recent years, such AI models are usually difficult to explain. In contrast, HPM models typically use symbolic methods that human researchers can explain. Perhaps combining symbolic models with connectionism models can provide a solution to explainable AI. 

    Regarding learning resources, my students usually learn theories and statistics from courses, learn task analysis methods from projects, and study cognitive architecture, e.g., ACT-R from its online tutorials and published papers. And there are many online courses and tutorials for machine learning. 

    Below I listed a table of how I usually put different types of models into categories. Do you think any methods will become more popular? Do you know any good educational materials? What do you think are the future needs in this field?


    Category

    Sub-category

    Verbal descriptive

    (not computational)

    Classical statistics

    Descriptive statistics

    Inference statistics

    Signal detection theory

    Regression

    Advanced statistics /

    machine learning

    Machine learning

    Stochastic process

    Bayesian models

    Artificial neural network

    Mathematical

    Empirical and physical

    Control theory models

    Queueing network

    Predetermined predictive systems

    Perceptual and cognitive elements

    Motion elements

    Simulation

    Cognitive architectures

    Digital human models

    Work flow / layout



    Best regards,

    Shi

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    Shi Cao (pronounced like SHER TSAO), PhD, PEng

    Associate Professor
    Department of Systems Design Engineering
    University of Waterloo
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