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<p>Industry 5.0 calls for human‑centric, resilient, and sustainability‑driven production ecosystems where people and intelligent technologies collaborate to create value. Cognitive Assistance Systems (CAS), intended to support operators by guiding their actions and decisions, are central to this vision. Yet, their design and evaluation remain fragmented. This paper introduces a multidimensional framework that maps CAS onto five analysis dimensions: <i>Cognitive Functions</i>, <i>Autonomy</i>, <i>Adaptivity</i>, <i>Interaction Modality</i>, and <i>Portability</i>. Each dimension is operationalised through explicit rating scales, enabling profiling, benchmarking, and design trade‑off analysis across heterogeneous solutions. An experiment in an assembly process illustrates the framework’s practical application and provides a test of its ability to discriminate among different CAS configurations.</p>

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A multidimensional framework for modelling and assessing cognitive assistance systems for industry 5.0

  • 期刊论文

  • 发表日期：

    2026年1月6日

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  • Mirco Bartolomei,
  • Federico Barravecchia,
  • Luca Mastrogiacomo,
  • Davide Maria Gatta,
  • Fiorenzo Franceschini

摘要

Industry 5.0 calls for human‑centric, resilient, and sustainability‑driven production ecosystems where people and intelligent technologies collaborate to create value. Cognitive Assistance Systems (CAS), intended to support operators by guiding their actions and decisions, are central to this vision. Yet, their design and evaluation remain fragmented. This paper introduces a multidimensional framework that maps CAS onto five analysis dimensions: Cognitive Functions, Autonomy, Adaptivity, Interaction Modality, and Portability. Each dimension is operationalised through explicit rating scales, enabling profiling, benchmarking, and design trade‑off analysis across heterogeneous solutions. An experiment in an assembly process illustrates the framework’s practical application and provides a test of its ability to discriminate among different CAS configurations.