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  • × author_ss:"Holland, M."
  • × type_ss:"a"
  1. Holland, M.: Sechs Jahre nach AlphaGo : Mensch besiegt erneut "zuverlässig" stärkste Go-KIs (2023) 0.03 
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    Abstract
    Eigentlich galt es als klar, dass Menschen gegen Go-Programme den Kürzeren ziehen. Doch gegen eine neue Strategie sind die KI-Systeme - noch - chancenlos. Mehr als sechs Jahre nach dem publikumswirksamen Sieg von Googles-KI AlphaGo gegen den koreanischen Spitzenspieler Lee Sedol im Strategiespiel Go hat sich der Mensch die Krone gewissermaßen zurückerobert. Wie die Financial Times berichtet, ist es dem US-Amerikaner Kellin Pelrine gelungen, zwei besonders weit entwickelte KI-Systeme ohne direkte Hilfe eines Computers zu besiegen, obwohl er selbst lediglich auf gehobenem Amateurlevel spielt. Bereits im Januar habe er sich dafür eine Schwäche der KI zunutze gemacht, die wiederum von einer anderen KI entdeckt worden war. Die Strategie sei für Menschen "nicht superschwer zu lernen". Damit lassen sich KI-Systeme auf "übermenschlicher" Schwierigkeitsstufe zuverlässig schlagen, während auch Go-Neulinge dagegen bestehen.
    Field
    Informatik
  2. Holland, M.: Erstes wissenschaftliches Buch eines Algorithmus' veröffentlicht (2019) 0.01 
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    Field
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  3. Holland, M.: Diffusion of innovation theories and their relevance to understanding the role of librarians when introducing users to networked information (1997) 0.00 
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    Abstract
    Reviews the ideas, theories and research relating to the diffusion of innovations and seeks to place the relationship between librarians and the Internet and related networked information within the context of diffusion research. Includes a bried background to diffusion research and a description of the basic model proposed by Everett M. Rogers. Discusses the theory of change agents and change agencies with the role of the weak ties in the diffusion of ideas through communication networks. Outlines the implications of the need to achieve a critical mass in some spplications of networked communication together with theories of critical mass. Identifies the characteristics that make these technologies unique and discusses the implications for future research. Discusses the relevance of diffusion theory to librarians seeking to introduce new communication based technologies into academic departments

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