In the digital society, recent studies showed that individuals have to perform tasks based on the information gathered by a huge amount of data and effectively use them to express their cognitive and motor abilities. The cognitive task is considered a job with prevalent cognitive demand; on the contrary, a motor task is a job with a prevalent physical need. The model allows evaluating motor (MT) and/or cognitive (CT) performance time based on the individual parameters (i.e., age, sex, and state of health). The effectiveness of the model on a numerical case study is tested. The work conducted proved that it is possible to predict a general motor-cognitive task's processing time based on objective parameters allowing to take account of the difference between individuals of different ages and sex.
Human cognitive and motor processing time in the aging workforce: An objective parameters-based model / Facchini, Francesco; Mummolo, Giovanni; Mossa, Giorgio; Cavallo, Daniela. - ELETTRONICO. - (2020). (Intervento presentato al convegno 26th/27th International Joint Conference on Industrial Engineering and Operations Management ; IJCIEOM 2020 tenutosi a Virtual (Brazil) nel February 22-24, 2021) [10.14488/IJCIEOM2020_ABST_0009_37493].
Human cognitive and motor processing time in the aging workforce: An objective parameters-based model
Facchini, Francesco
;Mummolo, Giovanni;Mossa, Giorgio;Cavallo, Daniela
2020-01-01
Abstract
In the digital society, recent studies showed that individuals have to perform tasks based on the information gathered by a huge amount of data and effectively use them to express their cognitive and motor abilities. The cognitive task is considered a job with prevalent cognitive demand; on the contrary, a motor task is a job with a prevalent physical need. The model allows evaluating motor (MT) and/or cognitive (CT) performance time based on the individual parameters (i.e., age, sex, and state of health). The effectiveness of the model on a numerical case study is tested. The work conducted proved that it is possible to predict a general motor-cognitive task's processing time based on objective parameters allowing to take account of the difference between individuals of different ages and sex.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.