Sentence examples for cognitive engineering from inspiring English sources
"These technologies are not really purely reactive tools anymore that you use to perform certain tasks," said Nadine P. Sarter, a specialist in cognitive engineering at Ohio State University.
The comment, from Nadine P. Sarter, a specialist in cognitive engineering at Ohio State University who advocates more generic research into issues involving all machines, should have read: "We are chasing technology.
Perform cognitive engineering research to develop prospective information analysis and visual analytics solutions to enhance SA and decrease cyber FF.
Cognitive engineering is viewed, in this project, as a symbiosis between cognitive science and design practice.
Cognitive engineering offers a principled approach to the design and development of human-centered systems.
This article presents a discussion regarding ways in which data-rich methods can inform cognitive engineering.
We describe a general methodology, socio-cognitive engineering, for the design of human-centred technology.
Macroergonomics, HSI, system ergonomics, cognitive systems engineering, safety climate research, resilience engineering and the STAMP approach (Leveson 2012) are all firmly based in a sociotechnical world view.
In order to focus on what we perceive to be some of the most influential over the years, we describe a set of main conceptual underpinnings which have guided traditions: STS theory, quality management, cognitive systems engineering, experimental psychology, human factors and safety engineering, and systems safety.
These include macroergonomics (Hendrick and Kleiner 2002), cognitive systems engineering (Hollnagel and Woods 1983), human-systems integration (Booher 2003), resilience engineering (Hollnagel, Woods, and Leveson 2006) and sociotechnical systems analysis (Coakes and Coakes 2009).
These include, but are not limited to, macro-ergonomics, cognitive systems engineering, sociotechnical systems theory, anthropotechnology, psychodynamics of work, human-systems integration, organisational culture and safety climate, and resilience engineering.
