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在一次冬季研究航行中收集并计算的与晕动病相关的主观人体反应和客观指标数据集。

Dataset of subjective human responses and objective metrics related to motion sickness collected and computed on a winter research voyage.

作者信息

Taylor Nicole Catherine, Bekker Anriëtte, Kruger Karel

机构信息

Department of Mechanical and Mechatronic Engineering, Private Bag X1, Matieland 7602, South Africa.

出版信息

Data Brief. 2025 Apr 28;60:111598. doi: 10.1016/j.dib.2025.111598. eCollection 2025 Jun.

Abstract

The SA Agulhas II, a South African (SA) polar supply and research vessel, embarked on a Winter Research Cruise in July of 2022 with 83 passengers aboard. Subjective human responses related to motion sickness were collected from 63 participants through paperbound questionnaires and, in parallel, from 15 participants through a mobile application that is part of a novel human cyber-physical system. Additionally, the human cyber-physical system enabled participant location tracking using near-field communication technology. The motion sickness responses are answers to questions that describe a participant's incidence of any motion sickness symptoms and vomiting, as well as the severity of associated symptoms experienced. Ship responses were captured through a full-scale measurement system and processed in real time on board, computing motion sickness dose values for each 5-minute consecutive time series of acceleration measurements. The dataset contains the anonymised human responses to motion sickness and location, the computed motion sickness dose values and down-sampled acceleration measurements for Winter Cruise, which is the first dataset available for data acquired and processed through a shipboard human cyber-physical system. The dataset can be used to compare the concomitant methods of human data collection, compute diagnostic seasickness criteria to serve as a guideline for estimating the incidence of motion sickness on a ship during a voyage, correlate the subjective human and ship responses with each other or used to generate further datasets, for example by using the motion sickness dose values to make objective estimations of the state of motion sickness that can be compared with the subjective responses.

摘要

“南非阿古拉斯二号”是一艘南非极地补给和研究船,于2022年7月搭载83名乘客开始了一次冬季研究巡航。通过纸质问卷从63名参与者那里收集了与晕动病相关的主观人体反应,与此同时,通过一款作为新型人类网络物理系统一部分的移动应用程序,从15名参与者那里收集了相关反应。此外,该人类网络物理系统利用近场通信技术实现了对参与者位置的跟踪。晕动病反应是对描述参与者晕动病症状和呕吐发生率以及所经历相关症状严重程度问题的回答。船舶反应通过一个全尺寸测量系统进行采集,并在船上实时处理,针对每5分钟连续的加速度测量时间序列计算晕动病剂量值。该数据集包含了对晕动病和位置的匿名人体反应、计算得出的晕动病剂量值以及冬季巡航的下采样加速度测量数据,这是首个通过船上人类网络物理系统采集和处理的数据所形成的数据集。该数据集可用于比较人体数据收集的伴随方法、计算诊断晕船标准,以作为航行期间船上晕动病发生率估计的指导方针、将人体主观反应与船舶反应相互关联,或者用于生成进一步的数据集,例如通过使用晕动病剂量值对晕动病状态进行客观估计,以便与主观反应进行比较。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/23a6/12138477/5ccc288909ec/gr1.jpg

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