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    Artificial Life
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    November 01 2023

    Special Issue on Lifelike Computing Systems

    In Special Collection:CogNet
    Anthony Stein,
    Anthony Stein
    Department of Artificial Intelligence in Agricultural Engineering, University of Hohenheim
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    Sven Tomforde,
    Sven Tomforde
    Department of Computer Science, Kiel University
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    Jean Botev,
    Jean Botev
    Department of Computer Science, University of Luxembourg
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    Peter R. Lewis
    Peter R. Lewis
    Faculty of Business and Information Technology, Ontario Tech University
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    Anthony Stein
    Department of Artificial Intelligence in Agricultural Engineering, University of Hohenheim
    Sven Tomforde
    Department of Computer Science, Kiel University
    Jean Botev
    Department of Computer Science, University of Luxembourg
    Peter R. Lewis
    Faculty of Business and Information Technology, Ontario Tech University
    Online ISSN: 1530-9185
    Print ISSN: 1064-5462
    © 2023 Massachusetts Institute of Technology
    2023
    Massachusetts Institute of Technology
    Artificial Life (2023) 29 (4): 390–393.
    Citation

    Anthony Stein,Sven Tomforde,Jean Botev,Peter R. Lewis; Special Issue on Lifelike Computing Systems.Artif Life 2023; 29 (4): 390–393. doi:https://doi.org/10.1162/artl_e_00425

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      Technological systems have been a part of human life since prehistory. Although they initially took the form of passive tools, such as axes and spoons, the Industrial Revolution saw the advent of powered, mechanized technology, operating “under it’s own steam,” without direct human control over every action. By integrating more complex information processing machinery, automation evolved into autonomy as decision-making and self-regulation became features of modern technology. Now, so-called intelligent systems, embodying techniques from the field of artificial intelligence (AI), are designed with the explicit intention of replicating rational behaviors and the sorts of things that minds do, inside technological systems.

      At the same time, the study of Artificial Life (ALife) (Langton, 1987) has explored the properties of living systems, both as they are found in nature, as they might be, and as humans can build them. This has exposed a large variety of mechanisms that producequalities typically...

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